OPTEK products are in applications that are a part of your
everyday life. We can be found in automobiles, office
equipment, vending machines, banks, hospitals, home
security, architectural lighting, industrial plants, military and
aerospace applications and even at sports games or
concerts.
OPTEK Technology
Issue A 2005
Introduction8-17-05.pub
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Since 1968, OPTEK’s engineering group has been designing solutions to our customer’s needs in a variety
of industries using INFRARED,VISIBLE,MAGNETIC and FIBER OPTIC technologies. This catalog lists our
standard products that serve the needs of a multitude of customers. There are some applications that
require slight modification to our specifications, and we are glad to accommodate these requests. So if
you see a product in this selector guide, but need something a little different, please do not hesitate to
contact us.
What you won’t find in this catalog, but something we do quite well, are APPLICATION SPECIFIC SENSOR
ASSEMBLIES. Feel free to go to our website and click on “custom sensing solutions.” The pictures and
descriptions there will give you a good idea of our broad range of capabilities for highly engineered and
specific sensors. Give us a call and we’ll be happy to discuss your requirements.
OPTEK designs in QUALITY from the start, and our manufacturing facilities are committed to producing
superior product that exceeds all reliability expectations. Here is a partial list of the standards and quality
processes we have embraced:
ISO/TS 16949:2002
BS EN ISO 9001:2000
MIL-PRF-19500
MIL-STD-883 including TX,
TXV, B, S and ESA
TSAT
Six Sigma
Lean Manufacturing
Poka Yoke
Kaizan
To find out more about OPTEK products and solutions, or for technical assistance, call our technical sales
department at: 1-800-341-4747 or 972-323-2200, fax: 972-323-2396 or send an e-mail to
sensors@optekinc.com or visibleLED@optekinc.com
In Europe, call +33-1-34-24-8878 or send an e-mail to info@optek-europe.com
In Asia, call +852-9190-4641 or send an e-mail to thswee@optekasia.com
Issue A 2005
OPTEK Technology Inc. www.optekinc.com Page i
OPTEK Technology is
dedicated to delivering
defect free, competitive
products on time to
meet the requirements
of our customers.
OPTEK Technology is
committed to its quality
management system,
quality objectives and
will continually improve
their effectiveness.
Introduction8-17-05.pub
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OPTEK Technology is headquartered in Carrollton, Texas with
manufacturing facilities in Juarez, Mexico and sales representation
worldwide.
Introduction8-17-05.pub
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PART NUMBER INDEX A-1
INFRARED AND MAGNETIC COMPONENTS AND SENSORS
Light Emitting Diodes (LED) - Definition B-2
PhotoSensors (Diode, Transistor, Darlington) - Definition B-4
PhotoLogic® - Definition B-6
Fiber Optic - Definition B-8
Hall-effect (Magnetic) - Definition B-10
Surface Mount Chip Carrier - Definition B-12
Hi-Reliability - Definition B-14
Device Specific Information - Sorted by Package Type C-1
VISIBLE LED’S
Visible Light Emitting Diode (VLED) - Definition D-2
Through-hole D-3
High Flux D-4
High Power D-4
Surface Mount D-4
White D-5
RGB D-6
PACKAGE CONFIGURATIONS E-1
Please call, or see our website, for our Application Bulletins,
Reliability Reports, Cross Reference and information on RoHS. 800-341-4747
WORLDWIDE DISTRIBUTOR LOCATIONS F-1
Table of Contents
Issue A 2005
OPTEK Technology Inc. www.optekinc.com Page iii
Introduction8-17-05.pub
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Notes:
Introduction8-17-05.pub
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Issue A 2005
OPTEK Technology Inc. www.optekinc.com
Page A—1
Part Number Guide
Discrete Components
Part Number Description Part Number Description
2NXX Transistors OP7XX PhotoTransistor with low signal reduction
3NXX Opto—Isolators OP8XX
PhotoTransistor & PhotoDarlington
Metal Packages
4NXX Opto—Isolators OPL8XX PhotoLogic® Sensor — Metal Packages
OMHXXX Hi-Reliability (Military) Devices OP9XX PhotoDiodes
OP1XX GaAs Infrared Light Emitting Diode
935nm center wavelength OPF1XXX Fiber Optic Transmitter
OP2XX GaAlAs Infrared Light Emitting Diode
890nm center wavelength OPF2XXX Fiber Optic Receiver
OP3XX PhotoDarlington — Pill Pack OPF3XX Fiber Optic Light Emitting Diode (LED)
OP5XX PhotoTransistor & PhotoDarlington OPF4XX Fiber Optic Sensor
OPL5XX PhotoLogic® Sensor — Plastic Packages OPIXXX Optically Coupled Isolators
OP6XX PhotoTransistor — Pill Pack OPVXXX Vertical Cavity Surface Emitting Laser (VCSEL)
OPS6XX IR—Emitter & Sensor Matched
Component Pair OVXXXXX Visible LEDs
Surface Mount
Part Number Description Part Number Description
HCCXXX IR—Surface Mount OptoCoupler OP2XX GaAlAs Infrared Light Emitting Diode
890nm center wavelength
HCRXXX Surface Mount Diode OP5XX PhotoTransistor & PhotoDarlington
HCTXXX Surface Mount Transistor OPRXXXX IR—Surface Mount Chip Carrier
OVXXXXX Visible LEDs
Assemblies
Part Number Description Part Number Description
OHB9XX Hall-effect Assembly OPB7XX Reflective Object Sensors
OPB3XX Transmissive (Slotted) Switches,
Transistor Output OPB8XX Transmissive (Slotted) Switches, Transistor
Output
OPB4XX Transmissive (Slotted) Switches,
Logic Output OPB9XX Transmissive (Slotted) Switches, Logic Output
OPB6XX Low-Cost Reflective, Transmissive (Slotted)
and Flag Switches
A-Part_Number_Index_8-24...
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Issue A 2005
OPTEK Technology Inc. www.optekinc.com
Page A—2
Part Number Index
2N2222AUA, 2N2222AUATX, 2N2222AUATXV 9
2N2222AUB, 2N2222AUBTX, 2N2222AUBTXV 9
2N2907AUA, 2N2907AUATX, 2N2907AUATXV 9
2N2907AUB, 2N2907AUBTX, 2N2907AUBTXV 9
2N4854U, 2N4854UTX, 2N4854UTXV 9
2N5794U, 2N5794UTX, 2N5794UTXV 9
2N5796U, 2N5796UTX, 2N5796UTXV 9
2N6987U, 2N6987UTX, 2N6987UTXV 10
2N6989U, 2N6989UTX, 2N6989UTXV 10
3C91C, 3C91CTX, 3C91CTXV 7
3C92C, 3C92CTX, 3C92CTXV 7
3N243, 3N244, 3N245 7
3N243TX, 3N244TX, 3N245TX 7
3N243TXV, 3N244TXV, 3N245TXV 7
3N261, 3N262, 3N263 7
3N261TX, 3N262TX, 3N263TX 7
3N261TXV, 3N262TXV, 3N263TXV 7
4N22A, 4N22ATX, 4N22ATXV 7
4N22AU, 4N22AUTX, 4N22AUTXV 10
4N23A, 4N23ATX, 4N23ATXV 7
4N23AU, 4N22AUTX, 4N23AUTXV 10
4N24A, 4N24ATX, 4N24ATXV 7
4N24AU, 4N24AUTX, 4N24AUTXV 10
4N47, 4N47TX, 4N47TXV 7
4N47U, 4N47UTX, 4N47UTXV 10
4N48, 4N48TX, 4N48TXV 7
4N48U, 4N48UTX, 4N48UTXV 10
4N49, 4N49TX, 4N49TXV 7
4N49U, 4N49UTX, 4N49UTXV 10
HCC240,HCC240TX,HCC240TXV 9
HCC242,HCC242TX,HCC242TXV 9
HCT7000M,HCT7000MTX,HCT7000MTXV
HCT802, HCT802TX, HCT802TXV
OH090U
OH180U
OH360U
OHB900
OHN3013U, OHS3013U
OHN3019U, OHS3019U
OHN3020U, OHS3020U
OHN3030U, OHS3030U
OHN3040U, OHS3040U
OHN3075U, OHS3075U
OHN3113U
OHN3119U, OHS3119U
OHN3120U, OHS3120U
OHN3130U, OHS3130U
OHN3131U, OHS3131U
OHN3140U, OHS3140U
OHN3150U, OHS3150U
OHN3151U, OHS3151U
OHN3175U, OHS3175U
OHN3177U, OHS3177U
OMH090, OMH090B, OMH090S
OMH3019, OMH3019B, OMH3019S
OMH3020, OMH3020B, OMH3020S
OMH3040,OMH3040B,OMH3040S
OMH3075,OMH3075B, OMH3075S
OMH3131, OMH3131S, OMH3131S
9
10
12
12
12
13
12
12
13
13
13
13
13
13
13
13
13
13
13
13
13
13
12
12
12
12
12
12
Part Number Page
C - # Part Number Page
C - #
Part Number Index
A-Part_Number_Index_8-24...
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Issue A 2005
OPTEK Technology Inc. www.optekinc.com
Page A—3
OP123, OP124 8
OP130, OP131, OP132, OP133 5
OP130W, OP131W, OP132W, OP133W 6
OP140A, OP140B, OP140C, OP140D 14
OP145A, OP145B, OP145C, OP145D 16
OP165A, OP165B, OP165C, OP165D 17
OP165W 18
OP166A, OP166B, OP166C, OP166D 18
OP166W 18
OP168FA, OP168FB, OP168FC 20
OP169A, OP169B, OP169C 20
OP200 11
OP223, OP223TX, OP223TVX 8
OP224 8
OP224ESA-B1, OP224ESA-B2, OP224ESA-B3 8
OP224ESA-C1, OP224ESA-C2, OP224ESA-C3 8
OP224S, OP224TX, OP224TXV 8
OP23OWPS 6
OP231, OP232, OP233. 5
OP231W, OP232W, OP233W 6
OP234 5
OP234W 6
OP235, OP235TX, OP235TXV 5
OP235W 6
OP236TX, OP236TXV 5
OP240A, OP240B, OP240C, OP240D 14
OP245A, OP245B, OP245C, OP245D 16
OP250 11
OP251 11
OP265A, OP265B, OP265C, OP265D 17
OP265W, OP265WPS 18
OP266A, OP266B, OP266C, OP266D, OP266W 18
OP268FA, OP268FB, OP268FC 20
OP270, OP271, OP272, OP273
OP269A, OP269B, OP269C
OP280
OP290A, OP290B, OP290C
OP291A, OP291B, OP291C
OP292A, OP292B, OP292C
OP293A, OP293B, OP293C
OP294
OP295A, OP295B, OP295C
OP296A, OP296B, OP296C
OP297A, OP297B, OP297C
OP298A, OP298B, OP298C
OP299
OP300SL, OP301SL, OP302SL
OP303SL, OP304SL, OP305SL
OP505A, OP505B, OP505C, OP505D
OP505W
OP506A, OP506B, OP506C, OP506D, OP506W
OP508FA, OP508FB, OP508FC
OP509A, OP509B, OP509C
OP520
OP521
OP522
OP535A, OP535B, OP535C
OP538FA, OP538FB, OP538FC
OP550A, OP550B, OP550C, OP550D
OP555A, OP555B, OP555C, OP555D
OP560A, OP560B, OP560C
OP565A, OP565B, OP565C
OP570, OP571, OP572, OP573
OP580
12
20
11
19
19
19
19
20
20
20
20
19
20
8
8
17
18
18
20
20
11
11
11
17
20
14
16
14
16
12
11
Part Number Page
C - # Part Number Page
C - #
A-Part_Number_Index_8-24...
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Issue A 2005
OPTEK Technology Inc. www.optekinc.com
Page A—4
Part Number Index
OP593A, OP593B, OP593C 19
OP598A, OP598B, OP598C 19
OP599A, OP599B, OP599C, OP599D 20
OP600A, OP600B, OP600C 8
OP602TX, OP602TXV 8
OP603TX, OP603TXV 8
OP604ESA-B1, OP604ESA-B2, OP604ESA-B3 8
OP604ESA-C1, OP604ESA-C2, OP604ESA-C3 8
OP604S, OP604TX, OP604TXV 8
OP641SL, OP642SL, OP643SL, OP644SL 8
OP705A, OP705B, OP705C, OP705D 17
OP750A, OP750B, OP750C, OP750D 14
OP755A, OP755B, OP755C, OP755D 16
OP770A, OP770B, OP770C, OP770D 14
OP775A, OP775B, OP775C, OP775D 16
OP793A, OP793B, OP793C, OP793D 19
OP798A, OP798B, OP798C, OP798D 19
OP800A, OP800B, OP800C, OP800D 4
OP800SL, OP801SL, OP802SL 4
OP800WSL, OP801WSL, OP802WSL 7
OP803SL, OP803TX, OP803TXV 4
OP804SL, OP804TX, OP804TXV 4
OP805SL, OP805TX, OP805TXV 4
OP830SL 4
OP830WSL 7
OP900SL 8
OP905 17
OP906 18
OP910 5
OP910W 7
OP913SL, OP913WSL 5
OP950
OP954
OP955
OP993
OP999
OPB100Z, OPB100EZ, OPB100SZ
OPB120A, OPB120B
OPB121A, OPB121B
OPB122A, OP122B
OPB123A, OP123B
OPB200
OPB202
OPB350, OPB350-187, OPB350-250
OPB350W187Z, OPB350W250Z
OPB355L
OPB355N
OPB355P
OPB355T
OPB360L11, OPB360L51, OPB360L55
OPB360N11, OPB360N51, OPB360N55
OPB360P11, OPB360P51, OPB360P55
OPB360T11, OPB360T51, OPB360T55
OPB365L11, OPB365L51, OPB365L55
OPB365N11, OPB365N51, OPB365N55
OPB365P11, OPB365P51, OPB365P55
OPB365T11, OPB365T51, OPB365T55
OPB370L11, OPB370L51, OPB370L55
OPB370N11, OPB370N51, OPB370N55
OPB370P11, OPB370P51, OPB370P55
OPB370T11, OPB370T51, OPB370T55
14
16
16
19
20
50
30
30
30
30
32
32
35
47
29
32
37
41
29
32
37
41
29
32
37
41
29
32
37
41
Part Number Page
C - # Part Number Page
C - #
A-Part_Number_Index_8-24...
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Issue A 2005
OPTEK Technology Inc. www.optekinc.com
Page A—5
OPB375L11, OPB375L51, OPB375L55 29
OPB375N11, OPB375N51, OPB375N55 32
OPB375P11, OPB375P51, OPB375P55 37
OPB375T11, OPB375T51, OPB375T55 41
OPB380L11Z, OPB380L51Z, OPB380L55Z 30
OPB380N11Z, OPB380N51Z, OPB380N55Z 34
OPB380P11Z, OPB380P51Z, OPB380P55Z 39
OPB380T11Z, OPB380T51Z, OPB380T55Z 43
OPB390L11Z, OPB390L51Z, OPB390L55Z 30
OPB390N11Z, OPB390N51Z, OPB390N55Z 34
OPB390P11Z, OPB390P51Z, OPB390P55Z 39
OPB390T11Z, OPB390T51Z, OPB390T55Z 43
OPB460L11 31
OPB460N11 35
OPB460P11 39
OPB460T11 44
OPB461L11 31
OPB461N11 35
OPB461P11 39
OPB461T11 44
OPB462L11 31
OPB462N11 35
OPB462P11 39
OPB462T11 44
OPB463L11 31
OPB463N11 35
OPB463P11 39
OPB463T11 44
OPB470L11 31
OPB470N11 35
OPB470P11 39
OPB470T11 44
OPB471N11 35
OPB471L11 31
OPB471P11
OPB471T11
OPB472L11
OPB472N11
OPB472P11
OPB472T11
OPB473L11
OPB473N11
OPB473P11
OPB473T11
OPB480L11Z
OPB480N11Z
OPB480P11Z
OPB480T11Z
OPB481L11Z
OPB481N11Z
OPB481P11Z
OPB481T11Z
OPB482L11Z
OPB482N11Z
OPB482P11Z
OPB482T11Z
OPB483L11Z
OPB483N11Z
OPB483P11Z
OPB483T11Z
OPB490L11Z
OPB490N11Z
OPB490P11Z
OPB490T11Z
OPB491L11Z
OPB491N11Z
OPB491P11Z
OPB491T11Z
39
44
31
35
39
44
31
35
39
44
31
36
40
45
31
36
40
45
31
36
40
45
31
36
40
45
31
36
40
45
31
36
40
45
Part Number Page
C - # Part Number Page
C - #
A-Part_Number_Index_8-24...
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Issue A 2005
OPTEK Technology Inc. www.optekinc.com
Page A—6
Part Number Index
OPB492L11Z 31
OPB492N11Z 36
OPB492P11Z 40
OPB492T11Z 45
OPB493L11Z 31
OPB493N11Z 36
OPB493P11Z 40
OPB493T11Z 45
OPB606A, OPB606B, OPB606C 26
OPB607A, OPB607B, OPB607C 26
OPB608A, OPB608B, OPB608C, OPB608R, OPB608V 26
OPB610 33
OPB615, OPB616, OPB617, OPB618 35
OPB620 33
OPB621 33
OPB625, OPB626, OPB627, OPB628 35
OPB660N, OPB660T 33, 41
OPB665N, OPB666N 35
OPB665T, OPB666T 44
OPB667N, OPB668N 35
OPB667T, OPB668T 44
OPB680, OPB680-20 49
OPB696AZ, OPB696BZ, OPB696CZ 50
OPB685, OPB686,OPB687,OPB688 49
OPB690Z 50
OPB695AZ, OPB695BZ, OPB695CZ 50
OPB697AZ, OPB697BZ, OPB697CZ 50
OPB698AZ, OPB698BZ, OPB698CZ 50
OPB700Z, OPB700ALZ, OPB700TX, OPB70TXV 27
OPB701Z, OPB701ALZ 27
OPB702, OPB702D, OPB702R 27
OPB703, OPB703WZ 27
OPB704, OPB704WZ 27
OPB705, OPB705WZ
OPB706A, OPB706B, OPB706C
OPB707A, OPB707B, OPB707C
OPB708,OPB709
OPB710, OPB710F
OPB711
OPB712
OPB715Z, OPB716Z, OPB717Z, OPB718Z
OPB720-24Z
OPB730, OPB730F
OPB732, OPB732WZ
OPB740, OPB740WZ, OPB740W24Z
OPB741, OPB741WZ, OPB741W24Z
OPB742, OPB742WZ, OPB742W24Z
OPB743, OPB743WZ, OPB743W24Z
OPB744, OPB744WZ, OPB744W24Z
OPB745, OPB745WZ, OPB745W24Z
OPB750N, OPB755NZ
OPB750T, OPB755TZ
OPB760N, OPB761N
OPB760T, OPB761T
OPB762N, OPB763N
OPB762T, OPB763T
OPB770NZ, OPB771NZ
OPB770TZ, OPB771TZ
OPB772NZ, OPB773NZ
OPB772TZ, OPB773TZ
OPB800L51,OPB800L55
OPB800W51Z, OPB800W55Z
OPB801L51, OPB801L55
OPB801W51Z, OPB801W55Z
OPB802L51, OPB802L55
OPB802W51Z, OPB802W55Z
27
26
26
27
26
26
26
26
26
26
27
27
27
27
27
27
27
28
28
28
28
28
28
28
28
28
28
41
43
41
43
41
43
Part Number Page
C - # Part Number Page
C - #
A-Part_Number_Index_8-24...
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Page A—7
Part Number Page
C - # Part Number Page
C - #
OPB804 33
OPB835L11, OPB835L51, OPB835L55 48
OPB806 41 OPB836L11, OPB836L51, OPB836L55 48
OPB837L11, OPB837L51, OPB837L55 48
OPB810L51, OPB810L55 41
OPB810W51Z, OPB810W55Z 43 OPB840L11, OPB840L51, OPB840L55 48
OPB811L55 41 OPB840W11Z, OPB840W51Z, OPB840W55Z 48
OPB811W55Z 43
OPB841L51, OPB841L55 48
OPB812L55 41 OPB841W51Z, OPB841W55Z 48
OPB812W55Z 43
OPB842L51, OPB842L55 48
OPB815L 42 OPB842W51Z, OPB842W55Z 48
OPB815WZ 44
OPB845L11, OPB845L51, OPB845L55 48
OPB816Z 46 OPB846L11, OPB846L51, OPB846L55 48
OPB817Z 46
OPB847L11, OPB847L51, OPB847L55 48
OPB818 33 OPB847, OPB848 33
OPB819Z 47
OPB847TX, OPB847TXV, OPB848TX, OPB848TXV 33
OPB850A, OPB850-1Z 50
OPB820, OPB820S3, OPB820S5, OPB820S10 37 OPB852A1, OPB852A2, OPB852A3 42
OPB821Z, OPB821S3Z, OPB821S5Z, OPB821S10Z 39 OPB853A1, OPB853A2, OPB853A3 42
OP821TX, OP821TXV 39 OPB854A1, OPB854B1 33
OPB822S, OPB822SD 47 OPB854A2, OPB854B2 29
OPB825 33
OPB854A3, OPB854B3 42
OPB825A 37 OPB855 33
OPB825B 42
OPB856Z 50
OPB826S, OPB826SD 33 OPB857Z 50
OPB827A, OPB827B, OPB827C, OPB827D 42 OPB859 42
OPB828A, OPB828B, OPB828C, OPB828D 42 OPB860L11, OPB860L51, OPB860L55 29
OPB829AZ, OPB829BZ, OPB829CZ, OPB829DZ 44 OPB860N11, OPB860N51, OPB860N55 33
OPB860P11, OPB860P51, OPB860P55 37
OPB830L11, OPB830L51, OPB830L55 47 OPB860T11, OPB860T51, OPB860T55 42
OPB830W11Z, OPB830W51Z, OPB830W55Z 48 OPB861L51, OPB861L55 29
OPB831L51, OPB831L55 47 OPB861N51, OPB861N55 33
OPB831W51Z, OPB831W55Z 48 OPB861P51, OPB861P55 37
OPB832L51, OPB832L55 47 OPB861T51, OPB861T55 42
OPB832W51Z, OPB832W55Z 48
A-Part_Number_Index_8-24...
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Page A—8
Part Number Index
OPB862L51, OPB862L55 29
OPB862N51, OPB862N55 33
OPB862P51, OPB862P55 37
OPB865L11, OPB865L51, OPB865L55 29
OPB865N11, OPB865N51, OPB865N55 33
OPB865P11, OPB865P51, OPB865P55 37
OPB865T11, OPB865T51, OPB865T55 42
OPB866L51, OPB866L55 29
OPB866N51, OPB866N55 33
OPB866P51, OPB866P55 38
OPB866T51, OPB866T55 42
OPB867L51, OPB867L55 29
OPB867N51, OPB867N55 33
OPB867P51, OPB867P55 38
OPB867T51, OPB867T55 42
OPB870L11, OPB870L11TX, OPB870L11TXV 29
OPB870L51, OPB870L51TX, OPB870L51TXV 29
OPB870L55, OPB870L55TX, OPB870L55TXV 29
OPB870N11, OPB870N11TX, OPB870N11TXV 33
OPB870N51, OPB870N51TX, OPB870N51TXV 34
OPB870N55, OPB870N55TX, OPB870N55TXV 34
OPB870P11, OPB870P11TX, OPB870P11TXV 38
OPB870P51, OPB870P51TX, OPB870P51TXV 38
OPB870P55, OPB870P55TX, OPB870P55TXV 38
OPB870T11, OPB870T11TX, OPB870T11TXV 42
OPB870T51, OPB870T51TX, OPB870T51TXV 42
OPB870T55, OPB870T55TX, OPB870T55TXV 43
OPB871L51, OPB871L51TX, OPB871L51TXV 29
OPB871L55, OPB871L55TX, OPB871L55TXV 29
OPB871N51, OPB871N51TX, OPB871N51TXV 34
OPB871N55, OPB871N55TX, OPB871N55TXV 34
OPB871P51, OPB871P51TX, OPB871P51TXV 38
OPB871P55, OPB871P55TX, OPB871P55TXV 38
OPB871T51, OPB871T51TX, OPB871T51TXV
OPB871T55, OPB871T55TX, OPB871T55TXV
OPB872L51, OPB872L51TX, OPB872L51TXV
OPB872L55, OPB872L55TX, OPB872L55TXV
OPB872N51, OPB872N51TX, OPB872N51TXV
OPB872N55, OPB872N55TX, OPB872N55TXV
OPB872P51, OPB872P51TX, OPB872P51TXV
OPB872P55, OPB872P55TX, OPB872P55TXV
OPB872T51, OPB872T51TX, OPB872T51TXV
OPB872T55, OPB872T55TX, OPB872T55TXV
OPB875L11, OPB875L51, OPB875L55
OPB875N11, OPB875N51, OPB875N55
OPB875P11, OPB875P51, OPB875P55
OPB875T11, OPB875T51, OPB875T55
OPB876L51, OPB876L55
OPB876N51, OPB876N55
OPB876P51, OPB876P55
OPB876T51, OPB876T55
OPB877L51, OPB877L55
OPB877N51, OPB877N55
OPB877P51, OPB877P55
OPB877T51, OPB877T55
OPB880L11Z, OPB880L51Z, OPB880L55Z
OPB880N11Z, OPB880N51Z, OPB880N55Z
OPB880P11Z, OPB880P51Z, OPB880P55Z
OPB880T11Z, OPB890T51Z, OPB880T55Z
OPB881L51Z, OPB881L55Z
OPB881N51Z, OPB881N55Z
OPB881P51Z, OPB881P55Z
OPB881T51Z, OPB881T55Z
OPB882L51Z, OPB882L55Z
OPB882N51Z, OPB882N55Z
OPB882P51Z, OPB882P55Z
OPB882T51Z, OPB882T55Z
OPB885Z
43
43
30
30
34
34
38
38
43
43
30
34
38
43
30
34
38
43
30
34
38
43
30
34
39
44
30
34
39
44
30
34
39
44
38
Part Number Page
C - # Part Number Page
C - #
A-Part_Number_Index_8-24...
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Page A—9
OPB890L11Z, OPB890L51Z, OPB890L55Z 30
OPB890N11Z, OPB890N51Z, OPB890N55Z 34
OPB890P11Z, OPB890P51Z, OPB890P55Z 39
OPB890T11Z, OPB890T51Z, OPB890T55Z 44
OPB891L51Z, OPB891L55Z 30
OPB891N51Z, OPB891N55Z 34
OPB891P51Z, OPB891P55Z 39
OPB891T51Z, OPB891T55Z 44
OPB892L51Z, OPB892L55Z 30
OPB892N51Z, OPB892N55Z 34
OPB892P51Z, OPB892P55Z 39
OPB892T51Z, OPB892T55Z 44
OPB900L55, OPB901L55 45
OPB900W55Z, OPB901W55Z 46
OPB902L55, OPB903L55 45
OPB902W55Z, OPB903W55Z 46
OPB910L55, OPB911L55 45
OPB910W55Z, OPB911W55Z 46
OPB912L55, OPB913L55 45
OPB912W55Z, OPB913W55Z 46
OPB916BZ, OPB916BOCZ, OPB916IZ, OPB916IOCZ 47
OPB917BZ, OPB917BOCZ, OPB917IZ, OPB917IOCZ 47
OPB930L51, OPB930L55 48
OPB930W51Z, OPB930W55Z 49
OPB931L51, OPB931L55 48
OPB931W51Z, OPB931W55Z 49
OPB932L51, OPB932L55 49
OPB932W51Z, OPB932W55Z 49
OPB933L51, OPB933L55 49
OPB933W51Z, OPB933W55Z 49
OPB940L51, OPB940L55 49
OPB940W51Z, OPB940W55Z 49
OPB941L51, OPB941L55 49
OPB941W51Z, OPB941W55Z 49
OPB942L51, OPB942L55
OPB942W51Z, OPB942W55Z
OPB943L51, OPB943L55
OPB943W51Z, OPB943W55Z
OPB950Z
OPB960L11, OPB960L51, OPB960L55
OPB960N11, OPB960N51, OPB960N55
OPB960P11, OPB960P51, OPB960P55
OPB960T11, OPB960T51, OPB961T55
OPB961L11, OPB961L51, OPB961L55
OPB961N11, OPB961N51, OPB961N55
OPB961P11, OPB961P51, OPB961P55
OPB961T11, OPB961T51, OPB961T55
OPB962L11, OPB962L51, OPB962L55
OPB962N11, OPB962N51, OPB962N55
OPB962P11, OPB962P51, OPB962P55
OPB962T11, OPB962T51, OPB962T55
OPB963L11, OPB963L51, OPB963L55
OPB963N11, OPB963N51, OPB963N55
OPB963P11, OPB963P51, OPB963P55
OPB963T11, OPB963T51, OPB963T55
OPB970L11, OPB970L51, OPB970L55
OPB970N11, OPB970N51, OPB970N55
OPB970P11, OPB970P51, OPB970P55
OPB970T11, OPB970T51, OPB971T55
OPB971L11, OPB971L51, OPB971L55
OPB971N11, OPB971N51, OPB971N55
OPB971P11, OPB971P51, OPB971P55
OPB971T11, OPB971T51, OPB971T55
OPB972L11, OPB972L51, OPB972L55
OPB972N11, OPB972N51, OPB972N55
OPB972P11, OPB972P51, OPB972P55
OPB972T11, OPB972T51, OPB972T55
49
49
49
49
32
31
35
39
44
31
35
40
45
31
36
40
45
31
36
40
45
31
36
40
45
31
36
40
45
31
36
40
45
Part Number Page
C - # Part Number Page
C - #
A-Part_Number_Index_8-24...
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Page A—10
Part Number Index
OPB973L11, OPB973L51, OPB973L55 31
OPB973N11, OPB973N51, OPB973N55 36
OPB973P11, OPB973P51, OPB973P55 40
OPB973T11, OPB973T51, OPB973T55 45
OPB980L11Z, OPB980L51Z, OPB980L55Z 31
OPB980N11Z, OPB980N51Z, OPB980N55Z 36
OPB980P11Z, OPB980P51Z, OPB980P55Z 40
OPB980T11Z, OPB980T51Z, OPB981T55Z 46
OPB981L11Z, OPB981L51Z, OPB981L55Z 31
OPB981N11Z, OPB981N51Z, OPB981N55Z 36
OPB981P11Z, OPB981P51Z, OPB981P55Z 40
OPB981T11Z, OPB981T51Z, OPB981T55Z 46
OPB982L11Z, OPB982L51Z, OPB982L55Z 32
OPB982N11Z, OPB982N51Z, OPB982N55Z 36
OPB982P11Z, OPB982P51Z, OPB982P55Z 40
OPB982T11Z, OPB982T51Z, OPB982T55Z 46
OPB983L11Z, OPB983L51Z, OPB983L55Z 32
OPB983N11Z, OPB983N51Z, OPB983N55Z 36
OPB983P11Z, OPB983P51Z, OPB983P55Z 40
OPB983T11Z, OPB983T51Z, OPB983T55Z 46
OPB990L11Z, OPB990L51Z, OPB990L55Z 32
OPB990N11Z, OPB990N51Z, OPB990N55Z 37
OPB990P11Z, OPB990P51Z, OPB990P55Z 40
OPB990T11Z, OPB990T51Z, OPB991T55Z 46
OPB991L11Z, OPB991L51Z, OPB991L55Z 32
OPB991N11Z, OPB991N51Z, OPB991N55Z 37
OPB991P11Z, OPB991P51Z, OPB991P55Z 41
OPB991T11Z, OPB991T51Z, OPB991T55Z 46
OPB992L11Z, OPB992L51Z, OPB992L55Z 32
OPB992N11Z, OPB992N51Z, OPB992N55Z 37
OPB992P11Z, OPB992P51Z, OPB992P55Z 41
OPB992T11Z, OPB992T51Z, OPB992T55Z 46
OPB993L11Z, OPB993L51Z, OPB993L55Z
OPB993N11Z, OPB993N51Z, OPB993N55Z
OPB993P11Z, OPB993P51Z, OPB993P55Z
OPB993T11Z, OPB993T51Z, OPB993T55Z
OPF1412, OPF1412T
OPF1414, OPF1414T
OPF2412, OPF2412T
OPF2416, OPF2416T, OPF2416TC
OPF2418, OPF2418T, OPF2418TC
OPF320A, OPF320B, OPF320C
OPF322A, OPF322B, OPF322C
OPF3280
OPF340A, OPF340B, OPF340C, OPF340D
OPF342A, OPF342B, OPF342C,OPF342D
OPF345A, OPF345B, OPF345C,OPF345D
OPF347A, OPF347B, OPF347C,OPF347D
OPF370A, OPF370B, OPF370C,OPF370D
OPF372A, OPF372B, OPF372C,OPF372D
OPF390A, OPF390B, OPF390C,OPF390D
OPF392A, OPF392B, OPF392C,OPF392D
OPF395A, OPF395B, OPF395C,OPF395D
OPF397A, OPF397B, OPF397C,OPF397D
OPF4135
OPF420
OPF422
OPF430
OPF432
OPF470
OPF472
OPF480
OPF482
32
37
41
46
24
24
24
24
24
6
22
21
6
22
6
22
21
22
21
22
21
22
21
6
23
6
23
21
23
21
23
Part Number Page
C - # Part Number Page
C - #
A-Part_Number_Index_8-24...
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Page A—11
OPF500 21
OPF502 23
OPF505 6
OPF507 23
OPF510 21
OPF512 23
OPF515 6
OPF517 23
OPF520 21
OPF522 23
OPF560 21
OPF562 23
OPF692-1, OPF692-2 22
OPF693-1, OPF693-2 22
OPF694-1, OPF694-2 22
OPF792 22
OPF793 22
OPF794 23
OPI110, OPI110A, OPI110B, OPI110C 25
OPI113 25
OPI120, OPI120TX, OPI120TXV 25
OPI123 25
OPI125, OPI125TX, OPI125TXV 25
OPI126, OPI127, OPI128 25
OPI1264, OPI1264A, OPI1264B, OPI1264C 25
OPI1266 25
OPI1268 25
OPI150, OPI150TX, OPI150TXV 25
OPI153, OPI155 25
OPI7002
OPI7010
OPI7320
OPI7340
OPL530, OPL530A, OPL530B
OPL530-OC, OPL530-OCA, OPL530-OCB
OPL531, OPL531A, OPL531B
OPL531-OC, OPL531-OCA, OPL531-OCB
OPL535, OPL535A, OPL535B
OPL535-OC, OPL535-OCA, OPL535-OCB
OPL536, OPL536A, OPL536B
OPL536-OC, OPL536-OCA, OPL536-OCB
OPL550, OPL550A, OPL550-OC, OPL550-OCA
OPL551, OPL551A, OPL551-OC, OPL551-OCA
OPL560, OPL560A, OPL560-OC, OPL560-OCA
OPL561, OPL561A, OPL561-OC, OPL561-OCA
OPL562, OPL562A, OPL562-OC, OPL562-OCA
OPL563, OPL563A, OPL563-OC, OPL563-OCA
OPL583
OPL800, OPL800-OC
OPL801, OPL801-OC
OPL810, OPL810-OC
OPL811, OPL811-OC
OPL812, OPL812-OC
OPL813, OPL813-OC
OPL820, OPL820-OC
OPL821, OPL821-OC
25
25
25
25
15
15
15
15
17
17
17
17
15
15
15
15
15
15
17
4
4
4
4
4
4
4
4
Part Number Page
C - # Part Number Page
C - #
A-Part_Number_Index_8-24...
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Issue A 2005
OPTEK Technology Inc. www.optekinc.com
Page A—12
Part Number Index
OPR2100 11
OPR2101 11
OPR5005 11
OPR5011 11
OPR5200 10
OPR5500 10
OPR5910 10
OPR5911 11
OPR5913 10
OPR5915 10
OPR5925 11
OPS665, OPS666, OPS667 18
OPS690, OPS691, OPS692, OPS693 14
OPS695, OPS696, OPS697, OPS698 16
OPV300 6
OPV310 6
OPV314, OPV314Y 5
OPV314AT, OPV314YAT, OPV314BT, OPV314YBT 23
OPV315, OPV315Y 5
OPV315AT, OPV315YAT, OPV315BT, OPV315YBT 23
OPV600 6
OVFSAAC8
OVFSB6C8
OVFSG6C8
OVFSQ4C8
OVFSRAC8
OVFSW6C8
OVLAB6CB8
OVLAG6CB8
OVLAS6CB8
OVLAW4CB6
OVLBB4C7
OVLBG4C7
OVLBR4C7
OVLBY4C7
OVLEW1CB9
OVLEW3CB6
OVLEW5CB6
OVLFB3C7
OVLFG3C7
OVLFR3C7
OVLFY3C7
OVLGB0C6B9
OVLGC0C6B9
OVLGG0C5B9
OVLGJ0C3B9
OVLGO0C8B9
OVLGS0C8B9
OVLGY0C9B9
OVLHBKD8
OVLHGKD8
OVLHQKD8
OVLHRKD8
4
4
4
4
4
4, 5
3
3
3
5
3
3
3
3
5
5
5
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
Part Number Page
C - # Part Number Page
D - #
A-Part_Number_Index_8-24...
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Page A—13
OVLJBGD8 3
OVLJGGD8 3
OVLJRGD8 3
OVLKBGT6 3
OVLKGGT6 3
OVLKQGT6 3
OVLLB8C7 3
OVLLG8C7 3
OVLLR8C7 3
OVLLY8C7 3
OVS9WBCR9 6
OVSAABC2R8 4
OVSAABLCR8 4
OVSABBC2R8 4
OVSACBC2R8 4
OVSAGBC2R8 4
OVSAQBLCR8 4
OVSARGB3R8 6
OVSASBC2R8 4
OVSASBLCR8 4
OVSAWBCR9 5
OVSPAAC5R8 4
OVSPBCCR8 4
OVSPGCCR8 4
OVSPRAC5R8 4
OVSPW7CR8 4, 5
OVSPWFCR6 5
OVSR9ABCR8 4
OVSR9BBCR8 4
OVSR9CBCR8 4
OVSR9GBCR8 4
OVSR9RBCR8 4
OVSR9WBCR8 5
OVSRRGBBC9
OVSRWACR6
OVSTKGBBCR9
OVSTRGBAC6
OVSTRGBBCR8
OVSTRGBFC6
OVSTRGBLC6
OVTL09LGAB
OVTL09LGAG
OVTL09LGAA
OVTL09LGAR
OVTL09LGAW
6
5
6
6
6
6
6
6
6
6
6
6
Part Number Page
D - # Part Number
A-Part_Number_Index_8-24...
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Page
D - #
Page
D - #
Issue A.1 2005
OPTEK Technology Inc. www.optekinc.com
Page B—1
Infrared, Magnetic Components and Sensors
Definitions
Light Emitting Diodes (LED) B-2
PhotoSensors (Diode, Transistor, Darlington) B-4
PhotoLogic® B-6
Fiber Optic B-8
Hall-effect (Magnetic) B-10
Surface Mount Chip Carrier B-12
Hi-Reliability B-14
B-IR-Product_Description...
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OPTEK Technology Inc. www.optekinc.com
Page B—2
Product Definitions
Light Emitting Diodes (LEDs)
LEADERSHIP IN MANUFACTURING
OPTEK remains unchallenged as the industry’s most complete high quality source for infrared emitters. The latest state-of-the-art
solution grown epitaxial techniques are used to produce high quality GaAs and GaAlAs diode materials required to make OPTEK
infrared emitting diodes. This precision processing ensures high junction emission efficiency and long operating life with minimal
degradation. The added benefit of over 30 years of mounting, bonding, and packaging experience makes OPTEK the undisputed
technological leader in the design and production of infrared emitting diodes.
When engineers are asked which features they value most in OPTEK’s electronic components, the answers most often given are
quality and reliability. Assuring high quality is a philosophy that begins at product conception and is carried through the design
phase and is heavily emphasized during every step in the manufacture of OPTEK infrared emitting diodes.
OUTPUT SPECIFICATIONS DESIGNED FOR ENGINEERING
The outputs of the vast majority of OPTEK emitters are specified using apertured radiant incidence, Ee(APT), expressed in
milliwatts per square centimeter. This method, also known as on-axis intensity measurement, provides the best accuracy and
convenience for the design engineer. Production testing consists of measuring 100 percent of the energy passing through a
specified diameter aperture orthogonal to the optical axis, and a specified distance from the device. For OPTEK devices, the
distance chosen for this measurement is equivalent to the typical operating distance from emitter to sensor. Most specifications
for compatible photosensors describe output current at a specified radiant intensity, also expressed in milliwatts per square
centimeter. Therefore, the design of close proximity transmissive emitter/sensor assemblies can be done more accurately, and
with a minimum of optical calculations and specification conversions.
Infrared emitter manufacturers use three methods of specifying output limits on infrared emitters. These are Radiant Power
Output (PO), Radiant Intensity (Ie) and Apertured Radiant Incidence [Ee(APT)]. Radiant Power Output (PO) sometimes called Total
Power, is strictly interpreted as a measure of the total energy emitted from the device. OPTEK has interpreted this to include only
the energy useful to most customers. Therefore, side and backward emissions are not measured. As a benchmark for
comparison among devices, OPTEK devices are conservatively rated. For example, The PO reading for the useful portion of the
OP295A radiation pattern is 60 percent higher when a parabolic reflector is used to capture normally unused side emissions as
opposed to OPTEK’s more conservative rating method. When making PO comparisons among manufacturers, the design
engineer should always investigate the method of measurement.
Radiant intensity (Ie) is usually expressed in milliwatts per steradian. This method attempts to account for useable energy, where
the peak intensity falls within an included angle centered around the optical axis. Through some moderately complex
geometrical calculations, the energy falling on the sensor can be roughly estimated if the sensor is on or close to the optical axis
and if the distance from emitter to sensor is known. However, most infrared emitters can not accurately be modeled as a point
source at the close proximity used in many applications (less than four inches); therefore, this method has the potential to result
in serious design errors. Additionally, it is more cumbersome than OPTEK’s direct approach of characterizing emitters in terms of
apertured radiant incidence.
DIODE MATERIAL SELECTION
Gallium arsenide (GaAs) and gallium aluminum arsenide (GaAlAs) each have specific advantages when used in the manufacture
of OPTEK infrared emitters. GaAs emits energy at 935 ± 15 nanometers while GaAlAs emits at 890 ± 20 nanometers. As
temperature increases, these peaks shift upward by 0.26 and 0.20 nanometers per degree centigrade, respectively. Due to the
spectral matching with photosensitive silicon, which exhibits a sensitivity maximum of 850 nanometers, GaAlAs has the
advantage of more efficient coupling. The sensor is better able to “see” the energy emitted by GaAlAs. In addition, at
equivalent forward currents, GaAlAs is typically a more efficient emitter of infrared energy.
B-IR-Product_Description...
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Page B—3
Light Emitting Diodes (LEDs)
PACKAGE SELECTION
GaAs is considered to be less susceptible to output degradation than GaAlAs. While the effects of degradation on both materials
are insignificant at normal operating currents (10 - 20mA), GaAs is, nevertheless, the preferable choice of material in applications
where high operating currents or temperatures are expected and long-term reliability is critical.
GaAs offers a second advantage of having lower forward voltage characteristics than GaAlAs. If large numbers of devices are to
be placed in series, or if power supply voltage is limited, the selection of GaAs over GaAlAs devices may be the best design
choice.
SPECIAL PRODUCT CAPABILITY
The two broad classifications of package types are hermetic and plastic. Each offers its own distinct advantages. In many
environments, hermetic packaging may be mandatory. It has excellent resistance to water and other solvents, while offering the
broadest operating temperature range and resistance to thermal shocks. Plastic packaging, in addition to a cost advantage over
the hermetic packaging, exhibits excellent optical properties. Overall emission efficiency is also superior because optical interfaces
are minimized. Finally, resistance to mechanical shock and vibration is excellent because both chip and bond wire are fully
encased in supportive material. Application Bulletin 208 compares these package types.
PRODUCT PACKAGING
In addition to the standard products shown, OPTEK leads the industry in custom product capability. Special selections or custom
package designs may be the solution to your unique application problem. Call your local OPTEK representative for more
information.
TAPE AND REEL/AMMOPACK
OPTEK provides product bulk packed in bags, tubes, trays, tape and reel or tape and ammopack. All products are inspected
based upon OPTEK packing requirements as well as EIA-468 when applicable. Add “TR” suffix for Tape and Reel. Add “TA”
suffix for Tape and Ammopack. Tape and Real or Tape and Ammopack are not available on all device types, for more
information call your local representative.
B-IR-Product_Description...
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OPTEK Technology Inc. www.optekinc.com
Page B—4
Product Definitions
PhotoSensors — Diodes, Transistors, Darlingtons
SELECTING THE RIGHT OPTEK SENSORS
The OPTEK line of photosensors includes four basic infrared-sensitive device types: photodiodes, phototransistors,
photodarlingtons and Photologic® sensors. Each basic type is available in a variety of case styles. For every infrared emitter
made by OPTEK, there is a mechanically and spectrally matched sensor. Case styles include several sizes of hermetic devices, and
an even wider variety of plastic encapsulated types. Plastic versions of the popular hermetic TO-18 part are also available,
offering improved optical design and drop-in replacement at substantial cost savings.
Important factors to consider when selecting the right device for an application are: operating speed required, available infrared
energy, and the desired output current. Depending on the required balance of these design factors, OPTEK offers a choice of
several appropriate types of photosensors
PHOTODIODES
PN junction silicon photodiodes have the fastest operating speed of all the photosensors in the OPTEK product family. Rise and
fall times of 100 nanoseconds are typical for these devices. However, light current (IC) for these devices tends to be low;
therefore, additional amplification is almost always required. Nevertheless, where speed considerations predominate,
photodiodes are the best option.
PHOTOLOGIC® DEVICES
Photologic® is a term OPTEK uses to refer to complex integrated circuitry combined with a high speed, high sensitivity
photodiode on a single silicon chip. Photologic® devices offer the speed advantage of photodiodes along with a Schmitt trigger
and amplifier to directly drive up to eight TTL loads. Medium speed data rates to 250 kbaud are possible with typical output rise
and fall times of 25 nanoseconds. These devices are excellent choices where speed, accuracy and logic interface are required.
Typical examples include high speed motion encoding, modulated (pulsed) long distance beam interrupt applications, such as
touch screens, and track ball type devices for video games or “mouse” applications for computer accessories.
PHOTOTRANSISTORS AND PHOTODARLINGTONS
Phototransistors and photodarlingtons are OPTEK’s most widely used photosensor types. For most traditional applications, NPN
silicon phototransisitors offer the best value in terms of output current, sensitivity, speed, reliability and quality. Devices with
minimum on-state collector currents ranging up to 40 mA are available, while output rise and fall times of 60-100 microseconds
(RL=5 KW) are typical. OPTEK phototransistors are 100 percent tested and specified at light levels which range upwards from
1.00mW/cm2 with collector-to-emitter voltage (VCE) set at 5.0 volts.
Photodarlingtons provide the higher sensitivity and gain needed for many applications; however, rise and fall times are slower.
When switching time is not critical, the choice of a photodarlington can offer improved sensing reliability and reduce the need for
additional signal amplification.
OPTEK LEADERSHIP IN ADVANCED PHOTOSENSOR
OPTEK scientists and engineers continue to advance the state-of-the-art in Photologic® monolithic optoelectronic IC’s, a product
originally conceived and developed by OPTEK. The next generation of Photologic® devices will include substantially increased
sensitivity, making longer beam distances possible and offering even higher reliability at lower irradiance levels. Direct TTL and
CMOS compatibility is also featured with increased sink/source capability. Supply voltage requirements are more flexible than
before due to an on-chip voltage regulator designed by OPTEK. And finally, the new Photologic® devices will offer a choice of
two hysteresis ratios [EeT(+)/EeT(-)] of 2 and 1.4. With these new advancements, OPTEK continues its leadership role in advanced
photosensor design.
SPECTRAL MATCHING FOR IMPROVEDCOUPLING EFFICIENCY
OPTEK photosensors are spectrally matched to the OPTEK line of infrared emitting diodes. The output peak wavelengths for both
GaAs and GaAlAs lie very close to the silicon sensitivity peak of about 850 nanometers.
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PhotoSensors — Diodes, Transistors, Darlingtons
CONTROLLING AMBIENT LIGHT
The spectral response of silicon extends into the visible light range. This makes sensors vulnerable to ambient light; particularly
from tungsten sources (or the sun) where red light is present. Many of OPTEK’s slotted optical switches shield the sensor in an
opaque housing designed to control ambient light. External light filters or controlled modulation of the LED and/or sensor may
also be used to reduce the noise from ambient light. As another alternative, most photographic shops can supply infrared
passing gelatin filters for laboratory experimentation. For production use, several types of plastic are commercially available with
varying degrees of infrared and visible transmissivity (e.g., polysulfone and polycarbonate).
PRODUCTION SPECIFICATIONS WRITTEN FOR EASY DESIGN
The product specifications in this book were written with ease of design in mind. Emitter output and sensor response levels are
specified in terms of milliwatts per square centimeter at separation distances typical for most applications
CUSTOM DESIGN AND SELECTION FOR UNIQUE APPLICATIONS
While the OPTEK line is among the industry’s broadest, a unique application requirement may result in the need for custom
selection or package design. Call your local OPTEK sales office for more information.
PRODUCT PACKAGING
OPTEK provides product bulk packed in bags, tubes, trays, tape and reel or tape and ammopack. All products are inspected by
OPTEK based on OPTEK packing requirements as well as EIA-468 when applicable. Add “TR” suffix for tape and reel. Add “TA”
suffix for tape and ammopack. Tape and real or tape and ammopack are not available on all device types, for more information
call your local representative.
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Product Definitions
PhotoLogic®
Historically optoelectronic components such as phototransistors have been analog output devices. The designer had to design
with an output current from the phototransistor generated by a given input bias circuit. The advent of integrated circuits and
microprocessors has required the electronics world to turn digital. Sophisticated electronics today communicate by logic levels
of 1’s or O’s. This means that the design engineer must now convert the analog light current of a phototransistor to a voltage
level in order to communicate the sensing function to downstream processing electronics. This signal processing represents
additional system cost in components and performance specification guardbanding which can be reflected in the unit pricing
of the optoelectronic component or assembly.
Photologic® discrete components utilize the best of the analog characteristics of optoelectronic components and the signal
processing capabilities of linear integrated circuits and combines the two on one chip. The stable response and speed of a
photodiode is used as an input to trigger the onboard integrated circuitry. The output of the optoelectronic component
provides the designer a logic level output, instead of an analog current. This saves the end user processing circuitry system cost
and affords performance specifications which are more easily designed and integrated into their application. In other words,
single switching to an on/off state, or dynamically switched signals, as in encoders, to multiple on/off states. The resulting
output will be a high logic level (1), low logic level (0) or corresponding pulse train corresponding to the synamic triggering. All
Photologic® devices have internal regulation.
OUTPUT OPTIONS
The Photologic® family of photointegrated circuits is available with various output options. The output options for the buffer
types (high logic level with light sensed) and inverter types (low logic level with light sensed) are a totem-pole output, 10KǷ
load resistor or open-collector output. These optional output configurations are offered to afford the design engineer the most
versatility in addressing their system applications.
TOTEM-POLE
A totem-pole configuration is very popular due to its inherent low output resistance for both a high and low output level. The
low level output resistance will be the resistance at the collector of a saturated output transistor, typically in the order of 10
ohms. The high level output resistance in a totem-pole output is that of an emitter follower configuration. This is typically less
than 100 ohms as compared to most collector load resistance values in the 1 kilo ohms range. The low output resistance of
the totem-pole configuration in both high and low output level allows a more rapid charge and discharge of any load
capacitance at the output. This results in comparable high to low and low to high transition times.
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PhotoLogic®
OPEN-COLLECTOR
Even with the numerous advantages of the totem-pole configuration the open-collector output configuration has its place in the
design world. With an open-collector output configuration the designer can configure one or more collector outputs into what is
referred to as collector logic or wired logic. This is simply the ability to form a logic function using the available collector outputs.
In this case the low output resistance for both the high and low output level of a totem-pole configuration is not desirable. The
ability to design with wired logic can save on the number of logic gates required in a system design resulting in a cost savings.
HYSTERESIS
The Photologic® family incorporates a Schmitt trigger as part of the integrated circuit. The Schmitt trigger is a very useful circuit
in steering the leading and trailing edges of a slowly rising or falling pulse. An inherent characteristic of a Schmitt trigger circuit is
that a different input threshold level exists for a positive and negative signal. Hysteresis is the difference between the input
thresholds of the Schmitt trigger.
The hysteresis, or threshold window, of the Schmitt trigger provides immunity to small input signal variations that are not desired
on the output of the Photologic® circuit. The larger the difference between the input thresholds the greater the immunity to
noise or signal variations. The trade off is unfortunately speed or output response time.
ASSEMBLIES
The combination of Photologic® discrete components and the large selection of standard housings, mechanical configurations
and apertures provides the designer with literally hundreds of options available to address their application utilizing standard
products. OPTEK offers the designer a value added assembly by adding a wide variety of connectors to the standard assemblies.
Contact an OPTEK sales office for price and delivery of value added assemblies.
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Product Definitions
Fiber Optic Components and Modules
Power Conversion
DBm W DBm W
-30 1 0 1,000.0
-27 2 -1 794.3
-25.2 3 -2 631.0
-24 4 -3 501.2
-23 5 -4 398.1
-22.2 6 -5 316.2
-21.5 7 -6 251.2
-21 8 -7 199.5
-20.5 9 -8 158.5
-20 10 -9 125.9
-17 20 -10 100.0
-15.2 30 -11 79.4
-14 40 -12 63.1
-13 50 -13 50.1
-12.2 60 -14 39.8
-11.5 70 -15 31.6
-11 80 -16 25.1
-10.5 90 -17 20.0
-10 100 -18 15.8
-7 200 -19 12.6
-5.2 300 -20 10.0
-4 400 -21 7.9
-3 500 -22 6.3
-2.2 600 -23 5.0
-1.5 700 -24 4.0
-1 800 -25 3.2
-0.5 900 -26 2.5
01,000 -27 2.0
-28 1.6
-29 1.3
-30 1.0
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Fiber Optic Components and Modules
OPTEK Technology produces Standard and Custom devices for the fiber optic, multi-mode, market place. The devices are
designed and manufactured to the highest quality and expected life is over 100,000 hours of constant operation. A variety of
packaging is available to meet your needs.
OPTEK fiber optic components are optimized for use with multimode fiber optic cables at 850nm wavelength. The optical design
provides good coupling with 50/125, 62.5/125, 100/140, and larger optical fibers. The mechanical design offers the user a
choice between a hermetically sealed device and a less expensive plastic cap component. LEDs and PIN diodes are subjected to
testing to eliminate infant mortality failures, and thus improve field reliability. Performance tests are accomplished with as near to
actual use conditions as possible. Devices which are mounted in ST or OSA style connectors are easily mounted to printed circuit
boards, panels or other connector schemes.
LEDS
The basic building block for multi-mode fiber optic communications is the LED. Rise and fall times are as fast as 3.5 nanoseconds
and Optical Power as high as 89W (-10.5 dBm). All LEDs are subject to 100% burn-in testing. Test conditions are: 96 hours at
100mA continuous current at ambient temperature (25°C).
VCSELS
Fiber optic communications is continually increasing in speed and power requirements. To meet market expectations, OPTEK
provides high optical power Vertical Cavity Surface Emitting Lasers. These state of the art emitters and sensors are designed to
meet the standard communication requirements with data rates in excess of 2.5 Gbps.
2.5 Gbps VCSELs (OPV3XX part numbers)
CONNECTORIZED DEVICES
In order to make it easy for the user to connect to a fiber oOptic device, OPTEK aligns them in ST, TOSA or ROSA connectors.
Package configurations consist of the following:
TOSA (Transmitter Optical Sub Assembly) & ROSA (Receiver Optical Sub Assembly)
Sugar Cube (Fiber DIP)
Metal ST
Plastic ST
Conductive Plastic ST
Custom to meet your needs
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Product Definitions
Hall-effect (Magnetic)
OPTEK Technology produces temperature-compensated Hall-effect magnetic sensing devices. The Magnetologic® and Hallogic®
Hall-effect Sensors are superior products that meet the demands of motion sensing in extremely harsh environments such as
under-the-hood automotive and heavy industrial machinery applications, including robotics.
Hallogic® refers to the combination of a Hall element magnetic field sensor with highly refined integrated circuitry on a single,
monolithic bipolar silicon chip. Incorporated on the Hallogic® sensor chip are:
A Hall element
A bandgap voltage regulator
Threshold amplifier including a linear amplifier and Schmitt trigger
An open-collector output transistor that can drive ten TTL loads
THE HALL ELEMENT
The basic Hall element relies on a magnetic field in order to sense
motion. The principle is based on the Hall-effect, discovered more than
100 years ago by the American physicist, Edwin Herbert Hall. The Hall-
effect is the small electrical potential created when a stationary magnetic
field is placed perpendicular to a current-carrying conductor.
Most available Hall elements hold current constant and measure voltage,
which is then correlated with magnetic field strength. The superior
performance of the OPTEK device is due in part to the fundamental
design change which instead provides a constant bias voltage and
measures the Hall current. This method proves more accurate for
sensing magnetic field strengths when temperature varies. It also
provides a better way to interface the Hall element with the complex
integrated circuitry of the Hallogic® sensor.
The OPTEK element then is basically a block of semiconductor material
with four contact points. Two contacts are used to supply a constant
bias voltage to the element; the other two are used for the varying
current output. If voltage is held constant across the device while a
perpendicular magnetic field is applied, the Hall current can be sensed
across the output connections. The Hall current is proportional to the
strength of the applied magnetic field.
UNPRECEDENTED TEMPERATURE STABILITY
Temperature coefficients have been optimized to insure stable electrical characteristics over the temperature range of –55°C to
+150°C. Other design aspects of the Hallogic® sensor that enable it to meet OPTEK’s demanding temperature stability objectives
are two important circuit areas on the chip, the bandgap regulator and the threshold amplifier.
1.Bandgap Voltage Regulator:
In addition to maintaining a constant output voltage level (no matter what changes occur in input voltage or output current), the
OPTEK Hallogic® bandgap voltage regulator also serves as an extremely good temperature compensated voltage source to bias
the Hall supply voltage ranging from 4.5 to 24 volts DC, with virtually no drift in magnetic sensitivity (i.e., in the magnetic trigger
point).
1.Threshold Amplifier
The amplifier/detector circuit is a constant-gain type, designed with temperature-compensated trip points at the input to the
voltage comparator. The Schmitt trigger output then drives an open-collector transistor with a 50 mA current sinking capability.
This open-collector transistor enables the device output to drive up to ten TTL loads directly.
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Hall-effect (Magnetic)
LOW POWER COMSUMPTION
Another advantage for Hall-effect sensors is the low power consumption, which results from no bias current being required by
the permanent magnet and the sensor drawing only 5 mA (typical) of supply current (ICC).
PACKAGE DESIGN
OPTEK uses a high density molded plastic to encapsulate the Hallogic® lead frame and chip. Both the density and the transfer
molding process results in a dirt and moisture barrier effective enough to pass Military standard 883. The sensor passes “pressure
cooker” and similar moisture and temperature testing procedures to ensure a reliability product.
In addition, the lead frame is designed with superior thermal characteristics for maximum reliability at the ten TTL load capability
of the device.
The dimensional outline of the package and the precise placement of the Hall element is standard. This design allows for the
superior, temperature compensated OPTEK device to be specified for instant replacement. A significant upgrade in performance
can be achieved without costly redesign and retooling.
Because the Hallogic® Hall-effect Sensor is smaller than conventional emitter-detector pairs, it will more easily fit into areas with
small size constraints.
DESIGNED FOR THE TOUGHEST ENVIRONMENTS
Hallogic® Hall-effect Sensors are virtually immune to environmental contaminants. They are rugged and suitable for use under
severe service conditions. Even in the toughest environment, the Hallogic® sensor will exhibit excellent magnetic sensitivity to
provide reliable, repetitive operations in close tolerance applications. These devices are excellent choices for DC motor,
automotive applications, robotic and heavy machinery sensing applications, or for any application in a harsh environment where
optoelectronic devices are unsuitable.
CUSTOM SENSOR ASSEMBLIES
OPTEK offers the customer the same custom assembly capability they have come to expect from the Optoelectronic division.
Custom designed sensors with Hall-effect devices and magnets, long lead wires, special connectors, etc., are available. With
OPTEK’s complete plastic tooling and molding operations, Hall-effect sensors are available in a wide variety of hybrid packages.
TYPICAL APPLICATIONS
Appliances Automotive Watercraft Business Machines
DC Motors Military Systems Military
Equipment Instrumentation
Electrical Motor
Controls
Entertainment
Products
Industrial
Switching
Commercial
Switching
Machine
Tools
Heavy
Machinery
Power
Supplies Harsh Environment Sensing
Hi-Reliability
Space
Military
Equipment
Air Craft
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Surface Mount Chip Carriers
Introduction to SMCC
Surface Mount Chip Carriers (SMCC) offer solutions to many applications that cannot be satisfied with standard or
conventional optoelectronic components. These devices are used where the desired function cannot be
accomplished with conventional through hole, leaded or individual surface mount components. SMCC devices
allow multiple LEDs and sensors to be packaged together to create compact sensing solutions. Space savings can be
as much as 80% as compared with discrete packaged components.
SMCC Construction
The polyimide chip carrier, an OPTEK standard packaging method, has four main parts: Substrate, Frame,
Components and Encapsulation.
The substrate is fabricated from high temperature copper-clad laminate. Standard PC Board processing provides
the plated and non-plated holes, circuit patterns and chip mounting features. To make the substrate compatible
with die attach and wire bonding techniques, the copper surface is plated with a nickel barrier and gold.
Components used in SMCC designs can be any of OPTEK’s standard LED or sensor products.
The frame layer is made from the same polyimide laminate as the substrate and is used to protect the die and
contain the encapsulation material. After the chip components are mounted and bonded, the frame is screen
printed with a pattern of non-conductive epoxy, aligned with the matching substrate cells, and laminated to the
substrate under elevated temperature and pressure.
The encapsulant is a conformal coating which is applied to fill the component cavities. After curing the
encapsulant, the array is sawn into individual product elements and is ready for final test and packaging.
The OPTEK standard chip carrier substrate and frame material thickness is 0.030” (0.76mm). Including the adhesive
and metal layers, this two layer, laminated package has a nominal thickness of 0.063” (1.60mm).
Polyimide is an excellent substrate because of its strength, high processing temperature, and close match with the
expansion coefficient of silicon devices. OPTEK uses a special opaque grade of 0.030” (0.76mm) polyamide which
can effectively shield sensors from stray light.
SMCC Advantages
SMCC devices offer unique LED and sensor configurations to suit a special set of application requirements.
The standard materials and processes result in packages that accommodate extended temperatures beyond the
range of many commercial components.
Reduced part count, automated processes, and OPTEK’s commitment to quality results in robust, defect free
parts.
Chip carriers withstand the challenges of low cost automated handling, placement and reflow soldering.
In comparison to a custom IC solution, the development cost of a typical SMCC circuit is far less and
modifications are quicker and easier.
Array processing in SMCC fabrication minimizes cost and optimizes quality.
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Product Definitions
High-Reliability
High-reliability requirements demand that products be able to function under abnormally severe levels of mechanical,
environmental, and electrical stress. OPTEK has met this challenge with product designs and process control techniques that
ensure high reliability and, thus, long life.
CAPABILITY
OPTEK maintains a well equipped high-reliability lab for conducting electrical, mechanical, and environmental test. OPTEK‘s
Calibration system complies with the requirements of ANSI/NCSL Z 540-1. High reliability hall effect, and transistor devices from
OPTEK are currently in use in a wide variety of space and defense programs.
CERTIFICATIONS
OPTEK is fully certified for commercial off the shelf (COTS) products as well as BS EN ISO 9001:2000 and ISO/TS16949:2002.
Electrical, environmental and mechanical testing is based on MIL-PRF-19500, MIL-STD-883 and ESA 5000 test method and
procedures.
GENERIC SCREENING AND QCI TESTING
Screening and Quality Conformance Testing can be provided on almost any hermetic product that OPTEK builds or quotes.
OPTEK generic processing and QCI testing is explained in the “Generic OPTEK Processing” table. Specific details such as burn-in
conditions or delta measurements performed can be obtained from the devices Data sheet.
One of the key advantages of purchasing part types to a generic high-reliability screening program is that Group testing lot
charges may be avoided, since OPTEK frequently spreads these costs over large groups of orders. Customers requiring Group
testing on their individual orders can also be accommodated, but these orders have to be run under a special part number for
control purposes.
HIGH-RELIABILITY COUPLERS
OPTEK offers high-reliability, optically coupled isolators to MIL-PRF-19500, and components processed to OPTEK’s
own military screening program.
HIGH-RELIABILITY SENSORS AND EMITTERS
A large selection of discrete emitter and sensor are offered that are processed to OPTEK’s own military screening program
patterned after MIL-PRF-19500 and MIL-STD-883.These devices are identified by “TX”,”TXV” , “B” and “S” suffixes. Although
not military qualified devices, they receive 100% screening and are fully processed to the appropriate levels.
For discrete sensors, the 100% screening includes both a 48-hour, high temperature reverse bias at TA=125 °C, and a 160 or
240-hour power burn-in at ambient temperature (TA=25 °C). For emitters, the 100% screening includes a burn-in in the forward
direction for 96, 160 or 240 hours depending on the series.
HIGH-RELIABILITY HALL EFFECT SENSOR
OPTEK offers unipolar and bipolar (latching) hall effect magnetic sensing product in hermetic ceramic packages. These sensors are
processed to OPTEK’s screening procedure patterned after MIL–STD-883 Class B or Class S quality levels. These products operate
from a 4.5 to 24 volt power supply and have an open collector logic level output capable of providing 25mA of sink current.
HIGH- RELIABILITY TRANSISTOR PRODUCTS
A line of standard transistor product in hermetic surface mount packages are offered to support the defense, space and high
reliability industries. Single, dual, and quad package transistor chips are designed to conserve board space in high-density
applications.
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High-Reliability
HIGH-RELIABILITY ASSEMBLIES
OPTEK manufactures a wide variety of standard (commercial-off-the-shelf) and custom (built-to-print) assemblies. Most
assemblies can be classified into one of two groups: slotted optical switches or reflective Assemblies.
Slotted optical switches are designed to provide non-contact sensing of linear or rotary motion.
Reflective assemblies are designed to provide non-contact sensing of reflective surfaces, or a change in surface reflectivity of
an object.
High reliability assemblies are generally made with plastic housing and hermetically sealed discrete sensors and emitters. Before
being placed in the housing the discrete components are subjected to high-reliability processing. Frequently, this processing on
the discrete device is similar to what is specified on the individual high-reliability sensor and emitter data sheets.
CUSTOMER SPECIFIC DESIGNS
Sometimes, it is necessary to have special electrical selections, screening requirements, or package configuration that is different
from the standard offerings shown in the data sheets. OPTEK’s custom capability is extensive. Assembly and test areas were
designed with a great deal of flexibility, which allows the product to be built and tested on an order-to-order basis. The Quality
Control Department‘s Environmental testing areas are set up similarly, allowing many orders to be handled, each requiring
different tests, screens, and conditions.
Group A: Consists of electrical tests and external visual done on a sample basis by Q.C. Prior to submittal to Q.C for Group A
inspection, all devices in the lot are 100% electrically tested in manufacturing.
Group B:
Consists of tests conducted on a sample basis to verify production lot conformance to package integrity, environmental
extremes, and long-term reliability. The Group B samples are normally selected from the lots that are manufactured within a
six-week time period, based on the date of final package sealing
Group C: Is further environmental testing similar to Group B, but sample testing is performed on a periodic basis (typically at six month
intervals.)
High Temperature
Reverse Bias
(HTRB):
Devices are reverse biased in a non-conduction mode at high temperature for a period of time in this test. This test is used
primarily to screen out those devices with inferior semiconductor die characteristics, such as poor voltage breakdown or
leakage current. Ambient temperature is usually specified somewhere between +100°C to +175°C.
MIL-PRF-19500: Military document that establishes the general requirements for semiconductor devices for a particular series (e.g., 4N22A
military series is spelled out in MIL-PRF-19500/486.)
MIL-STD-750: Military specification that depicts electrical, mechanical, and environmental test procedures and methods for discrete
semiconductors.
MIL-STD-883: Military specification that establishes uniform methods, controls and procedures for testing microelectronic devices.
Level TX: All TX units receive process conditioning prior to quality conformance inspection. (See Fig 1)
Level TXV: All TXV units receive process conditioning prior to quality conformance inspection as well as 100% visual inspection. (See Fig 2)
Level B: All B units receive process conditioning prior to quality conformance inspection. (See Fig 3)
Level S: An ultra-high-reliability device with very strict quality assurance and manufacturing controls imposed. Level S devices are
designed with space applications in mind with the highest product assurance reliability test. (See Fig 4)
Level
ESA/SCC/5000:
European Space Agency specification that defines the general requirements for the qualification approval, procurement,
including lot acceptance testing and delivery of discrete semiconductor components for space applications. (See Fig 5)
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Product Definitions
High-Reliability
OPERATING LIFE
Also known as burn-in, life testing, and power age. Operating the device in a conduction mode (turn on) to simulate
what the part will encounter in actual service. As a very common test in process conditioning, operating life is used
to screen out those parts with potential short service life.
QUALITY CONFORMANCE INSPECTION (QCI):
Those tests performed to verify a given lot’s conformance to a military document or a customer’s specification.
Quality conformance inspection consists of Group A, but may include Group B or C, depending on the requirements
for the formulation of these groups of tests.
QUALIFICATION (QUAL):
All testing performed to qualify a new product, traditionally consists of Groups A, B and C. Individual test or
requirements are sometimes added or deleted for qualification.
PROCESS CONDITIONING:
Test (sometimes referred to as screens) that are performed on 100% of the devices in the lot to assure long-term
reliability characteristics.
SIMPLIFIED PRODUCT FLOWS
TX TXV B Per 883 S Per 883 ESA
Commercial Product 100%:
Pre-Cap, Visual Commercial Product
SEM—Inspection
100%:
Pre-Cap, Visual
High Temperature
Storage
High Temperature
Storage
High Temperature
Storage
100%:
Non-Destruct Bond
Pull
High Temperature
Storage
Temperature Cycle Temperature Cycle Temperature Cycle High Temperature
Storage Temperature Cycle
Constant
Acceleration
Constant
Acceleration
Constant
Acceleration Temperature Cycle Constant
Acceleration
Hermetic Seal Test Hermetic Seal Test Hermetic Seal Test Constant
Acceleration Hermetic Seal Test
HTRB HTRB HTRB Hermetic Seal Test HTRB
Power Burn-In Power Burn-In Power Burn-In HTRB Power Burn-In
QCI LAT
A
B
C
QCI LAT
A
B
C
QCI LAT
A
B
C
Power Burn-In
QCI LAT
LAT 3
LAT 2
LAT 1
X-Ray
QCI LAT
A
B
D
Ship Ship Ship Ship Ship
(Fig. 1) (Fig. 2) (Fig. 3) (Fig. 4) (Fig. 5)
100%:
Pre-Cap, Visual
B-IR-Product_Description...
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Page B—17
High-Reliability
Screening TX & TXV per MIL-
PRF-19500
S-Level per MIL-
PRF-19500
B-Level per M5004
of MIL-STD-8832
S-Level per M5004
of MIL-STD-8832
B-Level per ESA
5000 7
Operation Description MIL-STD-750
Method
MIL-STD-750
Method
MIL-STD-883
Method
MIL-STD-883
Method
MIL-STD-750
Method
Bond Pull, Ball Shear, Die Shear Test: In
process monitors in the form of SPC. (Ball
shear applies to gold ball bonded devices
only)
(Per MIL-PRF-19500 App D for S Level plus ball shear)
Non-Destruct Bond Pull N/A N/A N/A 2023 N/A
Internal Precap Inspection
Performed on all OPTEK Hi-Rel
Products
20723 2072 2010 2010 2072
RGA Monitors
Periodic monitors. Not performed on
every lot.
1018
100% Post Seal Electrical Test
Selected DC tests only. Per OPTEK published data sheet
Permanent Serialization No Yes No Yes Yes
High Temperature Storage N/A Optional 48 hrs. Max TJ
Temperature Cycle4
-55°C to +175°C
1051
Condition C,
20 Cycles
1051
Condition C,
20 Cycles
-65°C to +150°C
1010
Condition C,
10 Cycles
1010
Condition C,
10 Cycles
-65°C to +125°C
(MIL-STD-202) M
102,
20 Cycles
Acceleration 2006,
20 KG, Y1
2006,
20 KG, Y1
2001,
30 KG, Y1
2001,
30 KG, Y1
2006,
20 KG, Y1
Visual Inspection/Dimension Check No No For Catastrophic
visual defects
For Catastrophic
visual defects
All dimensions on
5 pieces
Particle Impact Noise Detection N/A 2052 Cond. A N/A 2020 Cond. A 2052 Cond. A
Fine Leak Test51071 Cond. H
5X10-8
1071 Cond. H
5X10-8
1014 Cond. A1
5X10-8
1014 Cond. A1
5X10-8
1071 Cond. H
5X10-8
Gross Leak Test5 1071 Cond. C 1071 Cond. C 1014 Cond. C 1014 Cond. C 1071 Cond. C
Thermal Response Test6 3101 or 3131 3101 or 3131 N/A N/A N/A
Pre HTRB Electrical Measurements
Recorded parameters for delta data N/A N/A N/A N/A Yes
HTRB 1038 or 1039
Cond. A
1038 or 1039
Cond. A N/A N/A
1038 or 1039
Cond. A
Post HTRB/Pre Burn-In Testing
Record parameters for delta
calculations
Yes
GENERIC OPTEK PROCESSING
B-IR-Product_Description...
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Page B—18
Product Definitions
High-Reliability
GENERIC OPTEK PROCESSING (Continued)
Screening TX & TXV per MIL-
PRF-19500
S-Level per MIL-
PRF-19500
B-Level per M5004
of MIL-STD-8832
S-Level per M5004
of MIL-STD-8832
B-Level per ESA
5000 7
Operation Description MIL-STD-750
Method
MIL-STD-750
Method
MIL-STD-883
Method
MIL-STD-883
Method
MIL-STD-750
Method
Burn-In
1038 or 1039
Cond. B
Diodes 96 hrs.,
Transistors
160 hrs.
1038 or 1039
Cond. B
240 hrs.
1015, 160 hrs 1015, 240 hrs
1038 or 1039
Cond. B
Diodes 96 hrs.,
Transistors
160 hrs.
Post Burn-In Testing
Read & Record, and Delta Calculations Yes
PDA Limit 10% 5% 5% 5% 5%
ALL other specified electrical test
Perform 100%
Read & Record
No
No
Yes
No
Yes
No
Yes
No
Yes
Yes
Calculate PDA on all tests No No No No Yes
X-Ray No 2076 No 2012 2076
External Visual No 2071 2009 2009 2071
Produce a Failure Accountability Sheet No Yes No No Yes
Lot Acceptance Testing
MIL-PRF-19500
See Table
provided for TX
and TXV Group A,
B, C testing
MIL-PRF-19500
See Table
provided for S
level Group A, B,
C testing
5005
See Table
provided for
Group A, B, C
testing
5005
See Table
provided for
Group A, B, D
testing
ESA 5000
See Table
provided for
Group level 1, 2
and 3 testing
Notes:
1. Revision K
2. OPTEK is a compliant COTS supplier per MIL-STD 750 and MIL-PRF-19500. OPTEK does not claim to be a supplier as defined in MIL-STD-883D,
paragraph 1.2.1. MIL-STD-883 requirements are based on Revision D, Notice 2.
3. TX products receives only 30X inspection. TXV product receives those magnifications called out in Method 2072.
4. This temperature or the maximum device rating (whichever is less) will be used.
5. Hermeticity testing will be performed at this point or after Burn-In electrical test.
6. Performed routinely on select transistor and diodes only but available on any bi-polar or PN junction device.
7. European Space Agency (ESA) 5000 Revision D.
8. The sample sizes given are for lot sizes of 2,500 pieces or less, the definition for “small lot” size per MIL-PRF-19500.
B-IR-Product_Description...
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Page B—19
High-Reliability
LOT ACCEPTANCE TESTING — MIL-PRF-19500
Per MIL-PRF-19500, lot acceptance testing is performed by sampling each date code lot following all 100% screening operations
and performing a series of tests. Tests are divided into groups. Group A for electrical, Group B & C for Environmental and life test.
Group A& B is performed on every lot while Group C is performed on one lot for each package and chip combination every 12
months. Standard OPTEK products that have a TX or TXV suffix typically follow the generic MIL-PRF-10500 lot acceptance test
outline and rules. Products with a B or S suffix are usually MIL-STD-883, M5005 controlled. Special circumstances may warrant a
deviation on some products.
The following tables reflect MIL-PRF-19500 Revision M as they affect OPTEK standard products. OPTEK attempts to maintain
standard TX, TXV, S, B & ESA specifications up to the most current revision.
LOT ACCEPTANCE TESTING —Group A
Per MIL-PRF-19500 and MIL-STD-883 Method 5005
MIL-PRF-19500 TX, TXV, & S Level MIL-STD-8832 Method 5005
Operation
Sample Quantity 8
B & S Level samples size for All Sub-
groups = 116/0
TX & TXV S-Level
Subgroup 1 Visual & Mechanical 45 15 25 ° C DC Test
Subgroup 2 25°C DC Test 45 116 High Temp. DC Test
Subgroup 3 High & Low Temp Test 45 116 Low Temp. DC Test
Subgroup 4 25°C Dynamic Test 45 116 25 ° C Dynamic Test
Subgroup 5 Safe Operating Area 45 45 High Temp. Dynamic Test
Subgroup 6 Surge Current 22 45 Low Temp. Dynamic Test
Subgroup 7 Misc. 22 45 25°C Functional Test
Subgroup 8A N/A 0 0 High Temp. Functional Test
Subgroup 8B N/A 0 0 Low Temp. Functional Test
Subgroup 9 N/A 0 0 25°C Switching Time Test
Subgroup 10 N/A 0 0 High Temp Switching Time Test
Subgroup 11 N/A 0 0 Low Temp Switching Time Test
Subgroup
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Page B—20
Product Definitions
High-Reliability
LOT ACCEPTANCE TESTING — Group B
MIL-PRF-19500 MIL-STD-883 Method 5005
TX & TXV S-Level B-Level S-Level
Subgroup 1 Solderability
Resistance to Solvents Physical Dimensions N/A Physical Dimensions Internal
Water Vapor
Subgroup 2
Temp Cycling, Surge,
Hermetic Seal, Electrical End
Points
Solderability
Resistance to Solvents
Resistance to
Solvents
Resistance to Solvents, Internal
Visual, Bond Strength, Die Shear
Subgroup 3
Steady State Operation Life
(340 hrs) Electrical End
Points, Bond Strength
Temp cycling, Thermal Shock,
Surge (when applicable),
Hermetic Seal, Electrical End
Points, Bond Strength, SEM, Die
Shear
Solderability Solderability
Subgroup 4 De-Cap Internal Visual Intermittent Operating Life Test,
Electrical End Points N/A Lead Integrity, Hermeticity, Lid
Torque
Subgroup 5 Thermal Resistance
Accelerated Steady State,
Operating Life Test, Electrical
End Points, Bond Strength
Bond
Strength
Electrical R&R, Steady State Life Test,
Electrical End Points
Subgroup 6 High Temp. Storage (340
hrs) Thermal Resistance N/A
Electrical R&R, Temp. Cycling,
Constant Acceleration, Hermeticity,
Electrical End Points
Subgroup
LOT ACCEPTANCE TESTING — Group C
MIL-PRF-19500 MIL-STD-883 Method 5005
All Levels B-Level S-Level
Subgroup 1 Physical Dimensions (Not required for S-Level) Electrical Test, 1,000 hr Life Test,
Electrical Test N/A
Subgroup 2 Thermal Shock, Terminal Strength, Hermetic Seal, Moisture
Resistance, Electrical End Points N/A N/A
Subgroup 3 Shock, Vibration, Variable Frequency, Constant
Acceleration, Electrical End Points N/A N/A
Subgroup 4 Salt Atmosphere N/A N/A
Subgroup 5 N/A N/A N/A
Subgroup 6 Electrical Test, Operational Life, Electrical Test N/A N/A
Subgroup
B-IR-Product_Description...
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Page B—21
Subgroup MIL-STD-883 Method 5005 only (All quality levels)
Subgroup 1 Physical Dimensions
Subgroup 2 Lead Integrity, Seal Test
Subgroup 3 Thermal Shock, Temperature Cycle, Moisture Resistance, Visual Inspect, Seal Test,
Electrical End Points
Subgroup 4 Mechanical Shock, Variable Frequency Vibration, Constant Acceleration, Seal Test, Visual Inspect,
Electrical End Points
Subgroup 5 Salt Atmosphere, Visual Inspection, Seal Test
Subgroup 6 Internal Water Vapor Content (RGA)
Subgroup 7 Adhesion of Lead Finish
Subgroup 8 Lid Torque (For Glass Only)
LOT ACCEPTANCE TESTING — Group D
ESA Specification Description Substitute Specification
20400 Internal Visual Inspection MIL-STD-750 Method 2072
20500 External Visual Inspection MIL-STD-750 Method 2071
20900 Radiographic Inspection MIL-STD-750 Method 2076
24800 Resistance to Solvents MIL-STD-750 Method 1022
23500 Lead Materials and Finish MIL-PRF-19500
20100 Qualification Requirements MIL-PRF-19500
20600 Preservation and Packaging MIL-PRF-19500
21300 Terms and Definitions MIL-PRF-19500
22800 Non-Conformance Control MIL-PRF-19500
21500 Calibration System MIL-PRF-19500
OPTEK supports process flow and lot acceptance test requirements of European Space Agency (ESA) documents with
some limitations. OPTEK high reliability manufacturing procedures reflect United States (US) military documents.
Therefore, some referenced ESA documents must default to similar US documents. Test limits, conditions, sequence and
sample size specified in the ESA documents are maintained. A document cross reference list is provided in the following
table.
High-Reliability
B-IR-Product_Description...
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Page B—22
Product Definitions
Level 1—56 Components (2)
Environmental Mechanical Subgroups
16 Components
Shock Test
Method 2016
8 Components
Thermal Shock
MIL-STD-202
Method 2016
8 Components
Vibration
Method 2056
Moisture
Resistance
Method 1021
Constant
Acceleration
Method 2006
Seal Test
Method 1071
Electrical
Measurements
Room Temp
External Visual
Inspection
Method 2071
Endurance
Subgroup
15 Components
Operating Life
M1026
Electrical
Measurements
during
Endurance Test
Constant
Acceleration
Level 3—25 Components (2)
Electrical
Subgroup
25 Components
Electrical
Measurements
at Room
Temperature
Electrical
Measurements
at High & Low
Temperature
Constant
Acceleration
Solderability
M2026
Permanence of
Marking
M1022
Constant
Acceleration
Level 2—40 Components (2)
Level 1 — Lot Acceptance
Level 2 — Lot Acceptance
Level 3 — Lot Acceptance
20 Components
(Electrical
Measurements)
5 Components
(Assembly/
Capability Test)
No Failures Allowed No Failures Allowed
No Failures Allowed
High-Reliability
Lot Acceptance Test for ESA Devices
Note: Test methods referenced are from MIL-STD-750 unless otherwise specified. Diagram reflects ESA5000 Rev. D
B-IR-Product_Description...
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Page C—1
Both Focused and Non-focused switches have been
designed for identification of an object. The focused
switch is used for short distances where longer distances
are expected not to be seen by the device or for very long
distances. Focused switches work best when looking for
a shiny object. Non-focused switches are designed for
objects that are close to the device with the object having
a matte finish.
See pages 26 through 29.
Plastic devices are designed for dry commercial
and industrial environments. In these
conditions, the expected life of the device is
over 11 years of continual operation.
See pages 13 through 21
Hermetic and ceramic devices are designed for
the most harsh environments. Most can be
processed for Hi-Reliability testing conditions
including TX, TXV, B, C & ESA. Except at
temperature extremes, the typical life expectancy
is over 11 years of continual operation.
See pages 4 through 10
Device Specific Information
C-Device_Specific_Inform...
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Page C—2
Device Specific Information—sorted by package style
Couplers and Isolators are designed
for voltages up to 50 KV while
maintaining excellent coupling
rations between the emitter and
sensor. Typical outputs are Open-
Collector Transistors as well as a
variety of Photologic®
configurations.The expected life of
the device is over 11 years of
continual operation.
See Pages 25 and 26.
Fiber Optic devices are designed
for data communication
requirements. Components, and
Sub-Assemblies are available to
meet data rates from DC to 2.5
Gbps. The expected life of the
device is over 11 years of
continual operation.
See pages 4 through 6
and 21 through 25.
Encoding and object sensing can easily be accomplished
utilizing slotted or flag switches. Slotted switches vary in slot
width from 0.080” (2mm) to 1.26” (32 mm) and slot depth
from 0.22” (5.6mm) to 1.38” (35 mm). The mounting features
for these devices vary from 1 to 2 mounting tabs depending on
the application. Most options are available for direct PCBoard
mounting as well as extended wire connections for remote
mounting requirements. A variety of Flag switches are available
to replace mechanical switches thus enhancing the reliability.
See pages 30 through 52.
Surface Mount devices and
Surface Mount Chip Carriers
are critical where size is
optimum.
See pages 10 through 12
Hall-effect devices are essential for
harsh environment applications.
See pages 12 through 13
C-Device_Specific_Inform...
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Page C—3
Package Type Guide
DESCRIPTION PAGE # DESCRIPTION PAGE #
COMPONENTS FIBER OPTIC
Ceramic Leadless (Surface Mount) 9-10 Connector ST—Conductive Plastic 22
End Looking 20 Connector ST—Cube 24
Surface Mount Chip Carrier 10-12 Connector ST—Metal 22-23
Pill Pack 8 Component—Plastic Optical Fiber 21
Sidelooker—0.060” Base 14-15 Component TO—18 Plastic Cap 21
Sidelooker—0.100” Base 16-17 Component TO-18 Metal Can 6
T-1 17-18
REFLECTIVE SWITCHES
T-1 3/4 19-20 Reflective Arrow 27
TO-18 Plastic 19 Reflective Circle, Cube & Object 26
TO-46 Bead Window 5 Reflective Side Looking 28
TO-46 Flat Window 6-7 SLOTTED SWITCHES
TO-46 Lensed 4-5 Slotted “L” Package 29-32
TO-46 Transistor 7 Slotted “N” Package 32-37
TO-5 5 Slotted “P” Package 37-41
TO-78 7 Slotted “T” Packages 41-46
HALL-EFFECT Other 46-49
Side Sensing—Ceramic 12 FLAG SWITCHES 49-50
TO-92 Side Sensing—Plastic 13
Slotted Switch “T” Package—Hall 13 50
MISCELLANEOUS
Isolators & Couplers 25-26
MISCELLANEOUS
Panel PCBoard Mount—Component Pairs
LED Matched Optical Pairs
VCSEL LED & Sensor Arrays
Photodiode Reflective Switches
Phototransistor & Photodarlington Slotted Switches
Photologic Integrated Receivers
Couplers & Isolators Transceivers
Hall-effect Other
Part Type Guide
C-Device_Specific_Inform...
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Page C—4
Device Specific Information—sorted by package style
Package
TO-18/46
Dome Lens
Part Number Sensor
Light Current
IC(ON) (mA)
Min / Max
VCE
Typ/Max
Input Power EE
(mW/cm2)
Viewing
Angle
(Degrees)
Lead Length Package
#
OP800A
Transistor
3.60 / NA
5 0.5 25 0.50" 12
OP800B 1.80 / 5.40
OP800C 0.90 / 3.60
OP800D 0.45 / NA
OP800SL
Transistor
0.50 / NA
5 5.0 25 0.50"
OP801SL 0.50 / 3.00
OP802SL 2.00 / 5.00
OP803SL
4.00 / 8.00 OP803TX
OP803TXV
OP804SL
7.00 / 22.00 OP804TX
OP804TXV
OP805SL
15.00 / NA
OP805TX
OP805TXV
OP830SL Darlington 15.00 / NA 5 0.25 25 0.50" 12
12
Part Number Photologic® Input Power EE
(W/cm2) Min / Max
VCC (V)
Min / Max IOH / IOL Lead Length Package
#
OPL800 Totem-Pole
50 / 600 4.5 / 16.0 0.10 / 12.8 0.50" 12
OPL800-OC Open-Collector
OPL801 Inv-Totem-Pole
OPL801-OC Inv-Open-Collector
OPL810 Totem-Pole
5 / 100
4.5 / 16.0 0.10 / 16.0 0.50" 12
OPL810-OC Open-Collector
OPL811 Inv-Totem-Pole
OPL811-OC Inv-Open-Collector
OPL812 Totem-Pole
OPL812-OC Open-Collector
OPL813 Inv-Totem-Pole
OPL813-OC Inv-Open-Collector
OPL820 10K Pull-Up
2 / 35
OPL820-OC Open Collector
OPL821 Inv. 10K Pull-Up
OPL821-OC Inv. Open Collector
TO-46 Dome Lens
C-Device_Specific_Inform...
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Page C—5
Package
TO-46
Bead Lens
Part Number
VCSEL
Peak
Wavelength
Data Rate Gbps
Total Output
Power (mW)
Min / Max
IF (mA)
Typ / Max
Rise / Fall
Time (ps) Lead Length Package
#
8
OPV314*
850 nm 2.5
0.8 / NA
7 / 20 100 0.50"
OPV314Y*
OPV315*
0.5 / NA
OPV315Y*
Package
TO-46
Dome Lens
Part Number
LED
Peak
Wavelength
Output Power
(mW/cm2)
Min / Max
IF (mA)
Typ / Max
Total Beam Angle
(Degrees) Lead Length Package
#
OP130
935 nm
1.0 / NA
50 / 100 18 0.50" 3
OP131 3.0 / NA
OP132 4.0 / NA
OP133 5.0 / NA
OP231
890 nm
1.5 / NA
50 / 100 18 0.50" 3 OP232 2.0 / 6.0
OP233 3.0 / NA
OP234 890 nm 5.0 / NA 50 / 100 18 0.50" 3
OP235
890 nm
6.0 / NA
50 / 100 18 0.50" 3
OP235TX
1.5 / NA
OP235TXV
OP236TX
890 nm 3.5 / NA 50 / 100 18 0.50"
OP236TXV
3
Part Number Sensor
Light Current
IC(ON) (A)
Min
VR
Typ / Max
Input Power EE
(mW/cm2)
Viewing
Angle
(Degrees)
Lead Length
OP910 Photodiode 10.0 20 / 50 0.5 24 0.50"
Package
#
3
Package
TO-5 Part Number Sensor
Light Current
IC(ON) (A)
Min/Max
VR
Typ / Min
Input Power EE
(mW/cm2)
Viewing
Angle
(Degrees)
Lead Length Package
#
OP913SL
Photodiode
120.0
5 / 32 2.5
20
0.50"
OP913WSL 40.0 80
10
Note : * identifies products that are class 1M Laser Safety—See Application Bulletin 221.
TO-46 Dome Lens, Bead Lens, TO-5 Dome Lens, Flat Lens
C-Device_Specific_Inform...
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Page C—6
Device Specific Information—sorted by package style
Note : * identifies products that are class 1M Laser Safety—See Application Bulletin 221.
Package
TO-46 Flat
Window
Part Number
LED
Peak
Wavelength
Output Power
(mW/cm2)
Min / Max
IF (mA)
Typ / Max
Total Beam Angle
(Degrees) Lead Length Package
#
OP130W
935 nm
1.0 / NA
20 / 100 50 0.50" 4
OP131W 3.0 / NA
OP132W 4.0 / NA
OP133W 5.0 / NA
OP231W
890 nm
1.5 / NA
20 / 100 50 0.50" 4
OP232W 3.5 / 7.0
OP233W 5.0 / NA
OP230WPS
890 nm
0.5 / NA
50 0.50" 4
OP234W 5.0 / NA
OP235W 6.0 / NA
20 / 100
Part Number Data Rate 880 nm
Receiver Type
Input
Sensitivity
(dbm)/(W)
Output Type Fiber Size (m) Lead Length Package
#
OPF505 200Kbps
Receiver
DC Coupled
Schmitt -27 / 2.0
TTL/LSTTL
100/140 .050" 5
OPF515 Inverted
TTL/LSTTL
Part Number Fiber Optic
Sensor
Responsivity
(mA / mW) Typical Rise Time (ns) Reverse Voltage
Typ / Max Lead Length Package
#
OPF420 Photodiode 0.45 6.0 5.0 / 100 0.50" 5
OPF430 1.0
Part Number
LED
Peak
Wavelength
Output Power
(mW)
Min/Max
IF (mA)
Typ / Max
Rise / Fall Time
(ns) Fiber Size (m) Lead Length Package
#
OPF320A
850 nm
15.0
50 / 100 8.0 / 10.0 50/125 0.50" 5
OPF320B 10.0
OPF320C 5.0
OPF340A 20.0
50 / 100 6.0 / 6.0 50/125 0.50" 5
OPF340B 15.0
OPF340C 10.0
OPF340D 5.0
OPF345A 20.0
50 / 100 4.5 / 4.5 50/125 0.50"
OPF345B 15.0
OPF345C 10.0
OPF345D 5.0
5
Package
TO-46 Flat
Window
Part Number
VCSEL
Peak
Wavelength
Total Output
Power (mW)
Min / Max
Forward
Current
IF(mA) Typ / Max
Total Beam
Angle
(Degrees)
Rise / Fall
Time (ps) Lead Length Package
#
OPV300* 850 nm 1.0 / NA 7.0 / 20 24 100 0.50" 6
OPV310*
Integrated
Receiver
Part Number
Data Rate Integrated
Receiver Type
Responsivity (V/
W)
Min / Max
Peak Input
Power (dbm)
Max
Rise & Fall
Time (ps)
Fiber Size
(m)
Package
#
OPV600 2.5 Gbps
PIN/TIA
Receiver 700 / 1,000 +3 250 62.5/125 5
TO-46 Flat Window, Short & Tall
C-Device_Specific_Inform...
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Page C—7
Package
TO-46 Flat
Window
Part Number Sensor
Light Current
IC(ON) (A)
Min
VR
Typ / Max
Input Power EE
(mW/cm2)
Viewing
Angle
(Degrees)
Lead Length
OP910W Photodiode 1.7 20 / 60 0.5 80.00 0.50"
Package
#
9
Part Number Sensor
Light Current
IC(ON) (mA)
Min / Max
VCE
Typ / Max
Input Power EE
(mW / cm2)
Viewing
Angle
(Degrees)
Lead
Length
Package
#
OP800WSL
Transistor
0.30 / NA
5 / 30 5 75 13
OP801WSL 0.50 / 3.00
OP802WSL 2.5 / NA
OP830WSL Darlington 4.00 / NA 5 / 15 0.50
0.5 0"
Opto-Isolator
Package
TO-72
Part Number
LED
Peak
Wavelength
Sensor
Isolation
Voltage
(,000)
CTR
Min / Max
IF (mA)
Typ / Max
VCE (V)
Typ / Max Lead Length Package
#
3C91C
935 nm Transistor 1 0.32 / 1.90 10 / 50 10 / 50 0.50" 7 3C91CTX
3C91CTXV
3C92C
935 nm Transistor 1 0.3 / 2.0 10 / 50 10 / 50 0.50" 7 3C92CTX
3C92CTXV
3N243
880 nm Transistor 1
0.15 / NA
3 / 40 10 / 30 0.50” 7
3N243TX-TXV
3N244
0.8 / NA
3N244TX–TXV
3N245
0.6 / NA
3N245TX-TXV
3N261
880 nm Transistor 1
0.5 / NA
1 / 40 5 / 30 0.50"
3N261TX-TXV
3N262 1.0 / 5.0
3N262TX-TXV
3N263 2.0 / 10.0
3N263TX-TXV
7
Opto-Isolator
Package
TO-78
Opto Isolator
Part Number
LED Peak
Wavelength Sensor Isolation
Voltage (,000)
CTR %
Min / Max
IF(mA)
Typ / Max
VCC (V)
Typ / Max
Rise / Fall
Times
Max (ȝs)
Package
#
4N22A
935 nm Transistor 1 25 / NA 10 / 40 5 / 35 15 / 15 11 4N22ATX
4N22ATXV
4N23A
935 nm Transistor 1 20 / NA 10 / 40 5 / 35 15 / 15 114N23ATX
4N23ATXV
4N24A
935 nm Transistor 1 40 / NA 10 / 40 5 / 35 20 / 20 114N24ATX
4N24ATXV
4N47
935 nm Transistor 1 50 / NA 1 / 40 5 / 40 20 / 20 114N47TX
4N47TXV
4N48
935 nm Transistor 1 100 / 500 1 / 40 5 / 40 20 / 20 114N48TX
4N48TXV
4N49
935 nm Transistor 1 200 / 1,000 1 / 40 5 / 40 20 / 204N49TX
4N49TXV
11
TO-46 Flat Window, TO-72 & TO-78
C-Device_Specific_Inform...
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Issue A 2005
OPTEK Technology Inc. www.optekinc.com
Page C—8
Device Specific Information—sorted by package style
Pill Pack Low & Dome Lens
Package
Pill
Dome Lens
Part Number
LED
Peak
Wavelength
Output Power
(mW/cm2)
Min
IF (mA)
Typ / Max
Total
Beam Angle
(Degrees)
Lead Length Package
#
OP123 935 nm 0.40 50 / 100 24 NA 1
OP124 1.00 50 / 100 24 NA 1
OP223
890 nm 1.00 50 / 100 24 NA 1 OP223TX
OP223TXV
OP224
890 nm
3.50
50 / 100 24 NA 1
OP224ESA-B1
1.50
OP224ESA-B2
OP224ESA-B3
OP224ESA-C1
OP224ESA-C2
OP224ESA-C3
OP224S
OP224TX
OP224TXV
Part Number 880 nm
Sensor
Light Current
IC(ON) (mA)
Min / Max
VCE
Typ / Max
Input Power EE
(mW/cm2)
Viewing
Angle
(Degrees)
Package
#
OP300SL
Darlington
0.80 / NA
5 / 15 1.0 35 2
OP301SL 0.80 / 2.40
OP302SL 1.80 / 5.40
OP303SL 3.60 / 12.00
OP304SL 7.00 / 21.00
OP305SL 14.00 / NA
OP600A
Transistor
1.20 / NA
5 / 25 2.5 35 2
OP600B 0.60 / 1.80
OP600C 0.30 / NA
OP602TX Transistor 2.00 / 5.00 5 / 50 20.0 35 2
OP602TXV
OP603TX Transistor 4.00 / 8.00 5 / 50 20.0 35 2
OP603TXV
OP604ESA-B1
Transistor 7.00 / NA 5 / 50 20.0 35 2
OP604ESA-B2
OP604ESA-B3
OP604ESA-C1
OP604ESA-C2
OP604ESA-C3
OP604S
OP604TX
OP604TXV
OP641SL
Transistor
0.50 / 3.00
5 / 25 20.0 35
OP642SL 2.00 / 5.00
OP643SL 4.00 / 8.00
OP644SL 7.00 / 22.00
2
Package
Pill
Low Lens
Part Number Sensor
Light Current
IC(ON) (A)
Min
VR
Typ / Max
Input Power
EE (mW/cm2)
Viewing
Angle
(Degrees)
Package
#
OP900SL Photodiode 2.4 10 / 100 2.5 35 2
C-Device_Specific_Inform...
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Issue A 2005
OPTEK Technology Inc. www.optekinc.com
Page C—9
Package
Ceramic
6-Pin
Part Number Sensor HFE
Min / Max
VCEO (Volts)
Maximum
Rise / Fall
Times
Max. (ns)
Package
#
2N4854U
NPN & PNP
Transistor 50 / 300 40 45 / 300 36
2N4854UTX
2N4854UTXV
2N5794U
Dual—NPN
Transistor 35 / 300 40 45 / 310 36
2N5794UTX
2N5794UTXV
2N5796U
Dual—PNP
Transistor 75 / 300 60 45 / 300
2N5796UTX
2N5796UTXV
36
Ceramic — 3 Pin Leadless, 4 Pin Leadless, 6 Pin Leadless
Part Number Type VDSS (Volts)
Min
VGS(TH) (Volts) Min /
Max ID(ON) (mA) Min Gfs (ms) Min t(ON) / t(OFF)
(ns) Max
Package
#
HCT7000M
MOS
Transistor 60 0.8 / 3.0 75 100 10 / 10
HCT7000MTX
HCT7000MTXV
33
Opto Isolator
Part Number
LED Peak
Wavelength Sensor
Isolation
Voltage
(,000)
CTR %
Min / Max
IF (mA)
Typ / Max
VCC (V)
Typ / Max
Rise / Fall
Times
Max (ȝs)
Package
#
HCC240
935 nm Transistor 1 25 / 60 10 / 40 5.0 / 30 15 /1 5 34
HCC240TX
HCC240TXV
HCC242
935 nm Transistor 1 100 / 150 10 / 40 5.0 / 30 20 / 20
HCC242TX
HCC242TXV
34
Package
Ceramic
4-Pin
Part Number Sensor HFE
Min / Max
VCEO (Volts)
Maximum
Rise / Fall
Times
Max. (ns)
Package
#
2N2222AUA
NPN Transistor 50 / 325 50 35 / 300 34
2N2222AUATX
2N2222AUATX
2N2907AUA
PNP Transistor 75 / 450 60 45 / 300
2N2907AUATX
2N2907AUATX
34
Package
Ceramic
3-Pin
Part Number Sensor HFE
Min / Max
VCEO (Volts)
Maximum
Rise / Fall
Times
Max. (ns)
Package
#
2N2222AUB
NPN Transistor 50 / 325 50 35 / 300 33
2N2222AUBTX
2N2222AUBTX
2N2907AUB
PNP Transistor 75 / 450 60 45 / 300
2N2907AUBTX
2N2907AUBTX
33
C-Device_Specific_Inform...
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Issue A 2005
OPTEK Technology Inc. www.optekinc.com
Page C—10
Device Specific Information—sorted by package style
Part Number LED Peak
Wavelength
Output Power (W)
Min
IF (mA)
Typ / Max
Total Beam Angle
(Degrees)
Rise / Fall Times (nS)
Typ
Package
#
OPR5200 890 nm 350 20 / 50 90 500 / 250 31
Package
Surface Mount
Part Number Sensor Light Current
IC(ON) (A) Min VCE Max Input Power EE
(W/cm2)
Viewing Angle
(Degrees)
OPR5500 Transistor 36 30 150 120
Package
#
31
Package
Single Part Number Receiver Type # of
Elements
Responsivity
(mA/mW) Min
Reverse Voltage
Maximum Active Area mm2Package
#
OPR5910 Photodiode 0.45 35 0.73 32
OPR5913 Photodiode 0.40 10 25.00 37
OPR5915 Photodiode 0.45 35 7.30 43
1
Package
Ceamic
18-Pin
Part Number Sensor HFE
Min / Max
VCEO (Volts)
Maximum
Rise / Fall
Times
Max. (ns)
Package
#
2N6987U
Quad—PNP
Transistor 75 / 450 60 45 / 300 42 2N6987UTX
2N6987UTXV
2N6989U
Quad—NPN
Transistor 50 / 325 50 35 / 300
2N6989UTX
2N6989UTXV
42
Part Number Type VDSS (Volts)
Min
VTH (Volts)
Min / Max ID(ON) (mA) Min Gfs (ms)
Min
t(ON) / t(OFF)
Max (ns)
Package
#
HCT802T
MOSFET 90 0.75 / 2.50 1.5 170 15 / 17
HCT802TX
HCT802TXV
36
Package
Ceramic
6-Pin
Opto Isolator
Part Number
LED Peak
Wavelength Sensor Isolation
Voltage (,000)
CTR %
Min / Max
IF(mA)
Typ / Max
VCC (V)
Typ / Max
Rise / Fall
Times
Max (ȝs)
Package
#
4N22AU
935 nm Transistor 1 25 / NA 10 / 40 5 / 35 15 / 15 36
4N22AUTX
4N22AUTXV
4N23AU
935 nm Transistor 1 20 / NA 10 / 40 5 / 35 15 / 15 36 4N23AUTX
4N23AUTXV
4N24AU
935 nm Transistor 1 40 / NA 10 / 40 5 / 35 20 / 20 36
4N24AUTX
4N24AUTXV
4N47U
935 nm Transistor 1 50 / NA 1 / 40 5 / 40 20 / 20 36 4N47UTX
4N47UTXV
4N48U
935 nm Transistor 1 100 / 500 1 / 40 5 / 40 20 / 20 36 4N48UTX
4N48UTXV
4N49U
935 nm Transistor 1 200 / 1,000 1 / 40 5 / 40 20 / 20
4N49UTX
4N49UTXV
36
Ceramic — 6 Pin Leadless, 18 Pin Leadless, Single & Multi Chip Surface Mount
C-Device_Specific_Inform...
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Issue A 2005
OPTEK Technology Inc. www.optekinc.com
Page C—11
Package
Reflective
Reflective Switch
Part Number
LED Peak
Wavelength Sensor # of
Elements
IC(ON) (A)
Min / Typ
IF(mA)
Typ / Max
VCE
Typ / Max
OPR5005 890 nm Phototransistor 2 100 20 / 50 5 / 30
Package
#
35
Package
Six Part Number Sensor # of
Elements
Responsivity
(mA/mW) Min Reverse Voltage Min Active Area mm2Package
#
OPR2100 Photodiode Array 6 0.45 50 2.90 39
OPR2101 Small Photodiode
Array 6 0.45 50 2.90 40
Package
Three Part Number Sensor # of
Elements
Icc (mA)
Typ / Max
Optical
Hysteresis (%)
Typical
Optical Offset
(%) Min / Max
Package
#
OPR5011 Differential Optical
Comparator 3 9 / 20 40.00 -40/+40 41
Package
Quad Part Number Receiver Type # of
Elements
Responsivity
(mA/mW) Min Reverse Voltage Min Active Area mm2Package
#
OPR5911 Photodiode Array 4 0.45 14 1.00 38
OPR5925 Photodiode Array 4 0.45 35 0.64 38
Multi Chip Surface Mount, Reflective Surface Mount, Surface Mount 0805, 1206
Package
0805
Flat Lens
Part Number
LED
Peak
Wavelength
Output Power
(mW/cm2)
Min / Max
IF (mA)
Typ / Max
Total Beam
Angle (Degrees) Lead Length Package
#
OP200 880 nm 0.2 / NA 20 / 50 120 N/A 132
VF (V)
Max
1.5
Package
1206
Flat Lens
Part Number
LED
Peak
Wavelength
Output Power
(mW/cm2)
Min / Max
VF (V)
Max
IF (mA)
Typ / Max
Total Beam
Angle
(Degrees)
Lead
Length
Package
#
OP250 880 nm 0.2 / NA 1.5 20 / 50 160 N/A 133
Part Number Sensor Light Current
IC(ON) (mA) Min
VCE
Typ / Max
Input Power EE
(mW/cm2)
Viewing
Angle (Deg)
Lead
Length
Package
#
OP521 Phototransistor 0.25 5 / 30 5.0 160 N/A 133
Part Number Sensor Light Current
IC(ON) (mA) Min
VCE
Typ / Max
Input Power EE
(mW/cm2)
Viewing
Angle (Deg)
Lead
Length
Package
#
OP520 Phototransistor 0.25 5 / 30 5.0 160 N/A 133
Package
1206
Inner Lens
Part Number
LED
Peak
Wavelength
Output Power
(mW/cm2)
Min / Max
VF (V)
Max
IF (mA)
Typ / Max
Total Beam
Angle
(Degrees)
Lead
Length
Package
#
OP251 880 nm 0.3 / NA 1.5 20 / 50 105 N/A 134
Part Number Sensor Light Current
IC(ON) (mA) Min
VCE
Typ / Max
Input Power EE
(mW/cm2)
Viewing
Angle (Deg)
Lead
Length
Package
#
OP522 Phototransistor 0.5 5 / 30 5.0 105 N/A 134
Package
PLCC
Flat Lens
Part Number
LED
Peak
Wavelength
Output Power
(mW/cm2)
Min / Max
VF (V)
Max
IF (mA)
Typ / Max
Total Beam
Angle
(Degrees)
Lead
Length
Package
#
OP280 880 nm 0.5 / NA 1.5 20 / 50 100 N/A 131
Part Number Sensor Light Current
IC(ON) (mA) Min
VCE
Typ / Max
Input Power EE
(mW/cm2)
Viewing
Angle (Deg)
Lead
Length
Package
#
OP580 Phototransistor 1.0 5 / 30 5.0 100 N/A 131
C-Device_Specific_Inform...
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Issue A 2005
OPTEK Technology Inc. www.optekinc.com
Page C—12
Device Specific Information—sorted by package style
Package
Side Sensing
TO-92
Part Number Type
Operate Point
Gauss
Min / Typ / Max
Release Point
Gauss
Min / Typ / Max
Hysteresis Gauss
Min / Typ / Max
Vcc (Volts)
Min / Max Lead Length Package
#
OH090U
Uni-Polar
Hallogic®
0 / 90 / 180 -100 / 65 / 100 10 / 25 / 100
4.5 / 24.0 0.50” 30
OH180U 70 / 180 / 290 0 / 140 / 230 20 / 40 / 120
OH360U 235 / 300 / 465 120 / 235 / 325 30 / 65 / 200
OHN3013U NA / 300 / 450 25 / 235 / NA 30 / 65 / NA
4.5 / 24.0 0.50” 30
OHS3013U
OHN3019U NA / 300 / 500 125 / 235 / NA 50 / 65 / NA
OHS3019U
Uni-Polar
Hallogic®
Package
Side Sensing
Ceramic
Part Number
Hi-Reliability
Hallogic®
Sensor
Operate Point
Gauss
Min / Typ / Max
Release Point
Gauss
Min / Typ / Max
Hysteresis
Gauss
Min / Typ / Max
Vcc (Volts)
Min / Max Lead Length Package
#
OMH090
Uni-Polar
Non-Latching
50/90/180 30 / 60 / 160 5 / 30 / 70
4.5 / 24.0 0.50” 29
OMH090B
OMH090S
OMH3019
175 / 420 / 500 125 / 220 / 420 30 / 100 / 155
OMH3019B
OMH3019S
OMH3020
70 / 220 / 350 50 / 165 / 330 15 / 55 / 200 OMH3020B
OMH3020S
OMH3040
70 / 150 / 200 50 / 115 / 180 110 / 35 / 60 OMH3040B
OMH3040S
OMH3075
Bi-Polar
Latching
50 / 150 / 250 -250 / -150 / -50 100 / 300 / 500
4.5 / 24.0 0.50” 29
OMH3075B
OMH3075S
OMH3131
20 / 60 / 95 10 / 45 / 85 5 / 15 / 40
OMH3131B
OMH3131S
Package
1.9mm
Dome Lens
Part Number
LED
Peak
Wavelength
Output Power
(mW/cm2)
Min / Max
VF (V)
Max
IF (mA)
Typ / Max
Total Beam
Angle
(Degrees)
Lead
Length
Package
#
OP270
880 nm 1.5 / NA 1.5 20 / 50
Axial 135
OP271 Gull Wing 136
OP272 Yoke 137
OP273 Rev. Gull 138
Part Number Sensor Light Current
IC(ON) (mA) Min
VCE
Typ / Max
Input Power EE
(mW/cm2)
Viewing
Angle (Deg)
Lead
Length
Package
#
OP570
Phototransistor 2.5 5 / 30 5.0 25
Axial 135
OP571 Gull Wing 136
OP572 Yoke 137
OP573 Rev. Gull 138
25
Surface Mount 1.9mm Ceramic Hall-effect
C-Device_Specific_Inform...
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Issue A 2005
OPTEK Technology Inc. www.optekinc.com
Page C—13
Part Number Type
Hallogic®
Sensitivity
(mV/G)
Min / Max
Positive
Linearity
Min / Max (%)
Negative
Linearity
Min / Max (%)
Output
Symmetry
Min / Max (%)
Vcc (Volts)
Min / Max
Package
#
OHN3150U
Linear
Ratiometric 2.25 / 2.75 99 / 110 90 / 100 95 / 105 4.5 / 24.0
OHS3150U
OHN3151U
OHS3151U
30
Package
0.120 Gap Part Number Type
VOL (mV)
IOL=20mA
Typ / Max
IOH (A)
Vout=24Volts
Typ / Max
Rise / Fall Time
Max (S)
Vcc (Volts) Min /
Max
OHB900
Hall-effect
Open
Collector
Non-Latching
Open Slot
100 / 400
Blocked Slot
0.1 / 10.0 1.0/1.0 4.5 / 24.0
Package
#
108
Lead Length
0.50”
Plastic Hall-effect, Hall-effect Slotted Switch
Package
Side Sensing
TO-92
Part Number Type
Hallogic®
Operate Point Gauss
Min / Typ / Max
Release Point
Gauss
Min / Typ / Max
Hysteresis
Gauss
Min / Typ / Max
Vcc (Volts)
Min / Max
Lead
Length
Package
#
OHN3020U
Uni-Polar
Hallogic®
NA / 230 / 350 50 / 180 / NA 20 / 50 / NA
4.5 / 24.0 0.50” 30
OHS3020U NA / 230 / 350 50 / 180 / NA 20 / 50 / NA
OHN3030U NA / 205 / 250 0 / 160 / NA 20 / 45 / NA
OHS3030U NA / 205 / 250 0 / 160 / NA 20 / 45 / NA
OHN3040U
Uni-Polar
Non-Latching NA / 150 / 200 50 / 115 / NA 20 / 35 / NA 4.5 / 24.0 0.50” 30
OHS3040U
OHN3075U Bipolar
Latching
50 / 100 / 250 -250 / -100 / -50 100 / 200 / 500
4.5 / 24.0 0.50” 30
OHS3075U 50 / 100 / 250 -250 / -100 / -50 100 / 200 / 500
OHN3113U
Uni-Polar
Non-Latching
NA / NA / 510 20 / NA / NA 10 / NA / NA
4.5 / 24.0 0.50” 30
OHN3119U 100 / NA / 545 50 / NA / 495 50 / NA / NA
OHS3119U 45 / NA / 575 25 / NA / 555 20 / NA / NA
OHN3120U 70 / NA / 425 50 / NA / 405 20 / NA / NA
OHS3120U 35 / NA / 450 25 / NA / 430 20 / NA / NA
OHN3130U NA / NA / 175 -175 / NA / NA 20 / NA / NA
OHS3130U NA / NA / 200 -200 / NA / NA 20 / NA / NA
OHN3131U -75 / NA / 95 -95 / NA / 85 10 / NA / NA
OHS3131U -115 / NA / 135 -135 / NA / 125 10 / NA / NA
OHN3140U 45 / NA / 260 25 / NA / 240 20 / NA / NA
OHS3140U 45 / NA / 270 25 / NA / 250 20 / NA / NA
OHN3175U
Bipolar
Latching
15 / NA / 180 -180 / NA / -15 80 / NA / NA
4.5 / 24.0 0.50”
OHS3175U 10 / NA / 260 -10 / NA / -260 60 / NA / NA
OHN3177U 25 / NA / 150 -150 / NA / -25 50 / NA / NA
OHS3177U 25 / NA / 200 -200 / NA / -25 50 / NA / NA
30
C-Device_Specific_Inform...
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Issue A 2005
OPTEK Technology Inc. www.optekinc.com
Page C—14
Device Specific Information—sorted by package style
Part Number Sensor
Light Current
IC(ON) (A)
Min / Max
VR
Typ / Min
Input Power EE
(mW/cm2)
Viewing Angle
(Degrees) Lead Length Package
#
OP950 Photodiode 8.0 / 18.0 5.0/60 1.0 95 0.50" 23
Part Number Sensor
Light Current
IC(ON) (A)
Min / Max
VCE
Typ / Max
Input Power EE
(mW/cm2)
Viewing Angle
(Degrees) Lead Length Package
#
OP550A
Transistor
2.55 / NA
5.0 / 30 1.0 60 0.50"
OP550B 1.30 / 4.70
OP550C 0.25 / 2.40
OP550D 0.25 / NA
OP560A
Darlington
6.60/NA
2.0/15 0.10 60 0.50" 23 OP560B 3.30/9.80
OP560C 1.10/NA
OP750A
Transistor & Rbe
2.25 / 7.00
5.0 / 30 1.0 60 0.50" 23
OP750B 1.50 / 4.20
OP750C 0.85 / 2.80
OP750D 0.85 / 7.00
OP770A
Transistor&Cce
2.25 / 7.00
5.0 / 30 1.0 60 0.50" 23
OP770B 1.50 / 4.20
OP770C 0.85 / 2.80
OP770D 0.85 / 7.00
23
Package
Sidelooker
0.060” Base
Part Number
LED
Peak
Wavelength
Output Power (mW/cm2)
Min / Max
IF (mA)
Typ / Max
Total Beam
Angle (Degrees) Lead Length Package
#
OP140A
935 nm
0.40 / NA
20 / 50 40 0.50" 23
OP140B 0.30 / 0.55
OP140C 0.20 / 0.40
OP140D 0.10 / NA
OP240A
890 nm
0.60 / NA
20 / 50 40 0.50" 23
OP240B 0.40 / 1.20
OP240C 0.20 / 0.86
OP240D 0.05 / NA
Optical Pair
Part Number
LED
Wavelength Sensor IC(ON)
Min (mA)
IF (mA)
Typ / Max VCE (V) Lead Length Package
#
OPS690
935 nm Transistor
0.10
20 / 50 10.0 0.50"
OPS691 0.50
OPS692 1.00
OPS693 2.00
23
Side Looker 0.060” Base External Lens 2 Lead
C-Device_Specific_Inform...
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Issue A 2005
OPTEK Technology Inc. www.optekinc.com
Page C—15
Package
Sidelooker
0.060” Base
Part Number Photologic®
Sensor
Input Power EE
(mW/cm2) Min / Max
VCC (Volts)
Min / Max
Lead
Length /
Spacing
Package
#
OPL530
10K Pull-Up
0.12 / 0.38
4.5 / 16.0 0.50" /
0.075”
OPL530A
OPL530B 0.23 / 0.38
OPL530-OC
Open Collector 0.12 / 0.38 4.5 / 16.0 0.50" /
0.075” 25OPL530-OCA
OPL530-OCB 0.23 / 0.38
OPL531
Inv. 10K Pull-Up 0.12 / 0.38 4.5 / 16.0 0.50" /
0.075” 25OPL531A
OPL531B 0.23 / 0.38
OPL531-OC
Inv. Open Collector 0.12 / 0.38 4.5 / 16.0 0.50" /
0.075” 25
OPL531-OCA
OPL531-OCB 0.23 / 0.38
OPL550
Totem-Pole
0.25 / 2.4
4.5 / 5.5 0.50" /
0.075” 25
OPL550A 0.25 / 1.4
OPL550-OC Open-Collector 0.25 / 2.4
OPL550-OCA 0.25 / 1.4
OPL551
Inv-Totem-Pole
0.25 / 2.4
4.5 / 5.5 0.50" /
0.075” 25
OPL551A 0.25 / 1.4
OPL551-OC Inv-Open-Collector 0.25 / 2.4
OPL551-OCA 0.25 / 1.4
OPL560
Totem-Pole
0.09 / 0.55
4.5 / 16 0.50" /
0.075” 25
OPL560A 0.09 / 0.36
OPL560-OC Open-Collector 0.09 / 0.55
OPL560-OCA 0.09 / 0.36
OPL561
Inv-Totem-Pole
0.09 / 0.55
4.5 / 16 0.50" /
0.075” 25
OPL561A 0.09 / 0.36
OPL561-OC Inv-Open-Collector 0.09 / 0.55
OPL561-OCA 0.09 / 0.36
OPL562
Totem-Pole
0.025 / 0.230
4.5 / 16 0.50" /
0.075” 25
OPL562A 0.025 / 0.140
OPL562-OC Open-Collector 0.025 / 0.230
OPL562-OCA 0.025 / 0.140
OPL563
Inv-Totem-Pole
0.025 / 0.230
4.5 / 16 0.50" /
0.075” 25
OPL563A 0.025 / 0.140
OPL563-OC Inv-Open-Collector 0.025 / 0.230
OPL563-OCA 0.025 / 0.140
25
0.12 / 0.28
Side Looker 0.060” Base External Lens 2 Lead and 3 Lead
C-Device_Specific_Info.p...
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Issue A 2005
OPTEK Technology Inc. www.optekinc.com
Page C—16
Device Specific Information—sorted by package style
Package
Sidelooker
0.100” Base
Part Number Sensor
Light Current
IC(ON) (A)
Min / Max
VR
Typ / Max
Input Power EE
(mW/cm2)
Viewing Angle
(Degrees) Lead Length Package
#
OP954 Photodiode 3.5 / 8.0 5.0 / 60 1.0 128 0.50" 27
Package
Sidelooker
0.100” Base
Part Number LED Peak
Wavelength
Output Power (mW/cm2)
Min / Max IF (mA) Typ/Max Total Beam Angle
(Degrees) Lead Length Package
#
OP145A
935 nm
0.40 / NA
20 40 0.50" 24
OP145B 0.30 / 0.55
OP145C 0.20 / 0.40
OP145D 0.10 / NA
OP245A
890 nm
0.60 / NA
20 40 0.50"
OP245B 0.40 / 1.20
OP245C 0.20 / 0.86
OP245D 0.05 / NA
24
Optical Pairs
Part Number
LED
Wavelength Sensor IC(ON)
Min (mA)
IF (mA)
Typ / Max VCE (V) Lead Length Package
#
OPS695
935 nm Transistor
0.10
20 / 50 10.0 0.50"
OPS696 0.50
OPS697 1.00
OPS698 2.00
24
Side Looker 0.100” Base Internal Lens 2 Leads
Part Number Sensor
Light Current
IC(ON) (A)
Min / Max
VR
Typ / Max
Input Power EE
(mW/cm2)
Viewing Angle
(Degrees) Lead Length Package
#
OP955 Photodiode 8.0 / 18.0 5.0 / 60 1.0 95 0.50" 24
Part Number Sensor Light Current
IC(ON) (mA)
VCE
Typ / Max
Input Power EE
(mW/cm2)
Viewing Angle
(Degrees) Lead Length Package
#
OP555A
Transistor
2.55 / NA
5.0 / 30 1.0 60 0.50" 24
OP555B 1.30 / 4.70
OP555C 0.25 / 2.40
OP555D 0.25 / NA
OP565A
Darlington
6.60 / NA
2.0 / 15 0.10 60 0.50" 24OP565B 3.30 / 9.80
OP565C 1.10 / NA
OP755A
Transistor
& RBE
2.25 / 7.00
5.0 / 30 1.0 60 0.50" 24
OP755B 1.50 / 4.20
OP755C 0.85 / 2.80
OP755D 0.85 / 7.00
OP775A
Transistor
& CCE
2.25 / 7.00
5.0 / 30 1.0 60 0.50"
OP775B 1.50 / 4.20
OP775C 0.85 / 2.80
OP775D 0.85 / 7.00
24
C-Device_Specific_Inform...
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Issue A 2005
OPTEK Technology Inc. www.optekinc.com
Page C—17
Part Number Sensor
Light Current IC
(ON) (A) Min /
Max
VR
Typ / Max
Input Power EE
(mW/cm2)
Viewing Angle
(Degrees) Lead Length Package
#
OP905 Photodiode 14.0 / 32.0 5.0 / 60 0.5 95 0.50" 16
Part Number Sensor
Light Current
IC(ON) (mA)
Min / Max
VCE
Typ / Max
Input Power EE
(mW/cm2)
Viewing Angle
(Degrees) Lead Length Package
#
OP505A
Transistor
4.30 / NA
5.0 / 30 1.0 25 0.50" 16
OP505B 2.15 / 5.95
OP505C 1.10 / 3.00
OP505D 0.55 / NA
OP535A
Darlington
10.50 / NA
2.0 / 15 0.10 25 0.50" 16 OP535B 3.50 / 32.00
OP535C 1.50 / NA
OP705A
Transistor
& Rbe
3.95 / 12.00
5.0 / 30 1.0 25 0.50"
OP705B 2.65 / 7.25
OP705C 1.50 / 4.85
OP705D 1.50 / 12.00
16
Package T-1
0.050” Lead
Spacing
Part Number LED Peak
Wavelength
Output Power (mW/
cm2) Min / Max
IF (mA)
Typ / Max
Total Beam Angle
(Degrees) Lead Length Package
#
OP165A
935 nm
1.95 / NA
20 / 50 18 0.50" 16
OP165B 1.40 / 2.20
OP165C 0.85 / 1.60
OP165D 0.28 / NA
OP265A
890 nm
2.70 / NA
20 / 50 18 0.50"
OP265B 1.65 / 4.70
OP265C 0.54 / 3.30
OP265D 0.54 / NA
16
OPL535
10K Pull-Up
0.08 / 0.40
4.5/16.0 0.50" /
0.075” 26
OPL535A 0.08 / 0.25
OPL535B 0.20 / 0.40
OPL535-OC
Open Collector
0.08 / 0.40
4.5/16.0 0.50" /
0.075” 26OPL535-OCA 0.08 / 0.25
OPL535-OCB 0.20 / 0.40
OPL536
Inv. 10K Pull-Up
0.08 / 0.40
4.5/16.0 0.50" /
0.075” 26
OPL536A 0.08 / 0.25
OPL536B 0.20 / 0.40
OPL536-OC
Inv. Open Collector
0.08 / 0.40
4.5/16.0 0.50" /
0.075”
OPL536-OCA 0.08 / 0.25
OPL536-OCB 0.20 / 0.40
26
Package
Sidelooker
0.100” Base
Part Number Photologic® Input Power EE
(mW/cm2) Min / Max
VCC (V)
Min / Max
Lead
Length /
Spacing
Package
#
Side Looker 0.100” Base Internal Lens 3 Leads
OPL583 Dual Channel 0.05 / 0.25 4.5/16 0.50" /
0.075” 28
Package
Sidelooker
0.100” Base
Part Number Photologic® Input Power EE
(mW/cm2) Min / Max
VCC (V)
Min / Max
Lead
Length /
Spacing
Package
#
C-Device_Specific_Inform...
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Friday, November 11, 2005 14:10
Issue A 2005
OPTEK Technology Inc. www.optekinc.com
Page C—18
Device Specific Information—sorted by package style
Part Number Sensor Light Current
IC(ON) (mA) Min
VCE
Typ / Max
Input Power
EE (mW/cm2)
Viewing Angle
(Degrees) Lead Length Package
#
OP505W Transistor 0.10 5.0 / 30 0.75 90 0.50" 17
Part Number Sensor
Light Current
IC(ON) (mA)
Min / Max
VCE
Typ / Max
Input Power EE
(mW/cm2)
Viewing Angle
(Degrees) Lead Length Package
#
OP506W Transistor 0.10 / NA 5.0 / 30 0.75 90 0.50" 15
Part Number Sensor
Light Current
IC(ON) (A)
Min / Max
VR
Typ / Max
Input Power EE
(mW/cm2)
Viewing Angle
(Degrees) Lead Length Package
#
OP906 Photodiode 16.0 / 35.0 5.0 / 60 0.5 95 0.50" 14
Part Number Sensor Light Current
IC(ON) (mA)
VCE
Typ / Max
Input Power
EE (mW/cm2)
Viewing Angle
(Degrees) Lead Length Package
#
OP506A
Transistor
4.30 / NA
5.0 / 30 1.0 60 0.50"
OP506B 2.15 / 5.95
OP506C 1.10 / 3.00
OP506D 0.55 / NA
14
Package T-1
Flat 0.050”
Lead Spacing
Part Number LED Peak
Wavelength
Output Power (mW/cm2)
Min / Max
IF (mA)
Typ / Max
Total Beam Angle
(Degrees) Lead Length Package
#
OP165W 935 nm 0.50 / NA 20 / 50 90
17
OP265W 890 nm 1.00 / NA 20 / 50 90
OP265WPS 850 nm .055 / .55 20 / 50 120
0.50"
Package T-1
Flat 0.100”
Lead Spacing
Part Number LED Peak
Wavelength
Output Power (mW/cm2)
Min / Max
IF (mA)
Typ / Max
Total Beam
Angle (Degrees) Lead Length Package
#
OP166W 935 nm 0.50 / NA
20 / 50 90 15
OP266W 890 nm 1.00 / NA
0.50"
Optical Pair
Part Number
LED Peak
Wavelength Sensor IC(ON) (mA)
Min / Max
IF (mA)
Typ / Max VCE (V) Lead Length Package
#
OPS665
935 nm Transistor
0.50 / NA
20 / 50 5.0 0.50"
OPS666 1.00 / 10.00
OPS667 5.00 / NA
14
T-1 No Lens 0.05” Spacing T-1 Dome Lens 0.10” Spacing, T-1 No Lens 0.10”
Package T-1
0.100” Lead
Spacing
Part Number LED Peak
Wavelength
Output Power
(mW/cm2)
Min / Max
IF (mA)
Typ / Max
Total Beam Angle
(Degrees) Lead Length Package
#
OP166A
935 nm
1.95 / NA
20 / 50 18 0.50" 14
OP166B 1.40 / 2.20
OP166C 0.85 / 1.60
OP166D 0.28 / NA
OP266A
890 nm
2.70 / NA
20 / 50 18 0.50"
OP266B 1.65 / 4.70
OP266C 0.54 / 3.30
OP266D 0.54 / NA
14
C-Device_Specific_Inform...
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Issue A 2005
OPTEK Technology Inc. www.optekinc.com
Page C—19
Part Number Sensor
Light Current
IC(ON) (mA)
Min / Max
VCE
Typ / Max
Input Power EE
(mW/cm2)
Viewing Angle
(Degrees) Lead Length Package
#
OP593A
Transistor
3.00 / NA
5 / 30 1.70 130 0.75" 19
OP593B 2.00 / 4.00
OP593C 1.00 / NA
OP793A
Transistor
&RBE
2.45 / 7.50
5 / 30 1.70 130 0.75"
OP793B 1.65 / 4.55
OP793C 0.90 / 3.05
OP793D 0.90 / 7.50
19
Package
T-1 3/4 Part Number LED Peak
Wavelength
Output Power
(mW/cm2) Min / Max
IF (mA)
Typ / Max
Total Beam Angle
(Degrees) Lead Length Package
#
OP290A
890 nm
210 / NA
100 / 1,500
Pulsed 50 0.69" 18
OP290B 180 / 300
OP290C 150 / NA
OP291A
890 nm
16.0 / NA
50 / 100 50 0.69" 18
OP291B 13.0 / 26
OP291C 10.0 / NA
OP292A
890 nm
2.7 / NA
5 / 20 50 0.69"
OP292B 2.2 / 4.4
OP292C 1.7 / NA
18
Plastic TO-18 Plastic T-1 3/4 Dome Lens
Part Number Sensor
Light Current
IC(ON) (A)
Min / Max
VR
Typ / Max
Input Power
EE (mW/cm2)
Viewing Angle
(Degrees) Lead Length Package
#
OP993 Photodiode 12.5 / 28.5 5 / 60 1.7 118.00 0.69" 19
Package
Plastic
T0-18
Part Number LED Peak
Wavelength
Output Power
(mW/cm2) Min / Max
IF (mA)
Typ / Max
Total Beam
Angle (Degrees) Lead Length Package
#
OP293A
890 nm
16.0 / NA
50 / 100 60 0.50"
OP293B 13.0 / 26.0
OP293C 10.0 / NA
19
Part Number Sensor
Light Current
IC(ON) (mA)
Min / Max
VCE
Typ / Max
Input Power
EE (mW/cm2)
Viewing Angle
(Degrees) Lead Length Package
#
OP598A
Transistor
7.5 / NA
5 / 25 1.7 25 0.75" 20 OP598B 5.0 / 10.0
OP598C 2.5 / NA
OP798A
Transistor
& Rbe
4.9 / 15.0
5 / 30 1.7 25 0.75"
OP798B 3.3 / 9.2
OP798C 1.9 / 6.1
OP798D 1.9 / 15.0
20
Package
Plastic
TO-18
Part Number LED Peak
Wavelength
Output Power
(mW/cm2) Min / Max
IF (mA)
Typ / Max
Total Beam
Angle (Degrees) Lead Length Package
#
OP298A
890 nm
3.0 / NA
50 / 100 60 0.50"
OP298B 2.4 / 4.8
OP298C 1.8 / NA
20
C-Device_Specific_Inform...
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Friday, November 11, 2005 14:10
Issue A 2005
OPTEK Technology Inc. www.optekinc.com
Page C—20
Device Specific Information—sorted by package style
Part Number Sensor
Light Current
IC(ON) (A)
Min / Max
VR
Typ/Max
Input Power EE
(mW/cm2)
Viewing Angle
(Degrees) Lead Length Package
#
OP999 Diode .6.5 / 15.0 5.0 / 60 0.25 18.00 0.69" 18
Part Number Sensor Light Current VCE Input Power EEViewing Angle Lead Length Package
OP599A
Transistor
2.35 / NA
5.0 / 30 0.25 20 0.75"
OP599B 1.20 / 3.85
OP599C 0.40 / 1.95
OP599D 0.20 / NA
18
Part Number Sensor Light Current VCE Input Power EEViewing Angle Lead Length Package
OP508FA
Transistor
2.70 / NA
5.0 / 30.0 1.0 120 0.50" 21
OP508FB 0.65 / 5.10
OP508FC 0.34 / NA
OP538FA
Darlington
6.8 / NA
5.0 / 30.0 0.5 120 0.50"
OP538FB 2.3 / 20.5
OP538FC 1.1 / NA
21
Part Number Sensor
Light Current
IC(ON) (mA)
Min / Max
VCE
Typ / Max
Input Power EE
(mW/cm2)
Viewing Angle
(Degrees) Lead Length Package
#
OP509A
Transistor
5.7 / NA
5.0 / 30.0 1.0 50 0.50" 22
OP509B 1.4 / 10.6
OP509C 0.7 / NA
Package
Endlooker Part Number LED Peak
Wavelength
Output Power
(mW/cm2) Min / Max
IF (mA)
Typ / Max
Total Beam Angle
(Degrees) Lead Length Package
#
OP168FA
935 nm
0.48 / NA
20 / 50 104 0.50" 21 OP168FB 0.43 / 0.73
OP168FC 0.27 / NA
OP268FA
890 nm
0.64 / NA
20 / 50 104 0.50"
OP268FB 0.45 / 0.99
OP268FC 0.36 / NA
OP268FPS 850 nm 0.10 / 0.90 20 / 50 104 0.50" 21
21
Package
Endlooker
Lensed
Part Number LED Peak
Wavelength
Output Power (mW/
cm2) Min / Max
IF (mA)
Typ / Max
Total Beam Angle
(Degrees) Lead Length Package
#
OP169A
935 nm
0.180 / NA
20 / 50 18 0.50" 22 OP169B 0.108 / 0.220
OP169C 0.027 / NA
OP269A
890 nm
0.34 / NA
20 / 50 18 0.50"
OP269B 0.42 / 0.82
OP269C 0.58 / NA
22
Package
T-1 3/4 Part Number LED Peak
Wavelength
Output Power
(mW/cm2) Min / Max
IF (mA)
Typ / Max
Total Beam Angle
(Degrees) Lead Length Package
#
OP294 890 nm 0.50 / 1.50 5 / 50 50 0.69" 18
OP295A
890 nm
44.0 / NA 100 / 1,500
Pulsed 50 0.69" 18 OP295B 33.0 / 77.0
OP295C 22.0 / NA
OP296A
890 nm
3.6 / NA
50 / 100 50 0.69" 18 OP296B 2.6 / 6.6
OP296C 1.6 / NA
OP297A
890 nm
0.70 / NA
5 / 20 50 0.69" OP297B 0.50 / 1.30
OP297C 0.30 / NA
OP299 890 nm 0.15 / 0.45 5 / 50 20 0.69" 18
18
T 1 3/4 Dome Lens Endlooker External Lens and No Lens
C-Device_Specific_Inform...
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Issue A 2005
OPTEK Technology Inc. www.optekinc.com
Page C—21
Package
TO-18
Clear Cap
Part Number LED Peak Wave-
length (nm)
Output Power
(mW) Min
IF (mA)
Typ / Max
Rise / Fall Time
(ns) Fiber Size (m) Lead Length Package
#
OPF370A
850 nm
25.0
50 / 100 8.0 / 10.0 50/125 0.50" 45
OPF370B 15.0
OPF370C 10.0
OPF370D 5.00
OPF390A
850 nm
20.0
50 / 100 6.0 / 6.0 50/125 0.50" 45
OPF390B 15.0
OPF390C 10.0
OPF390D 5.0
OPF395A
850 nm
20.0
50 / 100 4.5 / 4.5 50/125 0.50"
OPF395B 15.0
OPF395C 10.0
OPF395D 5.0
45
Part Number Data Rate Integrated
Receiver Type
Input
Sensitivity
(dbm) / (μW)
Output Type Fiber Size
(μm)
Lead
Length
Package
#
OPF500 200Kbps
Receiver 10K Pull-up -28.2 / 1.5 TTL / LSTTL
100/140 .050"
OPF510 200Kbps
Receiver Inv-10K Pull-up -40 / 0.1 TTL / LSTTL
OPF520 5 Mbps
Reciever
DC Coupled
Schmitt -9.2 / 120 TTL - CMOS
45
Part Number Data Rate Integrated
Receiver Type
Responsivity
(mV/W)
Min / Max
Peak Input Power
(dbm)
Min / Max
Output Type Fiber Size
(m)
OPF560 125MHz
Receiver AC Coupled 5.3 / 9.6 -7.6 / 175 EL/TTL 100/140
Package
#
45
Package
TO-18
Green Cap
Part Number Sensor
Light Current
IC(ON) (A/W)
Min
VCE
Typ / Max Rise Time (ns) Fiber Size (m) Lead Length Package
#
OPF470
Photodiode 0.45 5 / 100
6.0
50/125 0.50"
OPF480 1.0
45
Package
PFOT-T
Fiber Optic
Transmitter
Part Number
LED Peak
Wavelength
Output Power
(dBm)
Min / Max
IF (mA)
Typ / Max
Rise / Fall
Time (ns)
Max
Plastic Fiber
Size (mm) Lead Length Package
#
OPF3280 650 nm -7.4 / -3.6 25 / 35 6.0 / 6.0 1.00 0.50" 53
Package
PFOT-R
Fiber Optic Receiver
Part Number Data Rate Receiver Type
Responsivity
(mV/W)
Min / Max
Output Pulse
Width Variation
(ns) Min / Max
Plastic Fiber
Size (mm) Lead Length Package
#
OPF4135 50 MBd DC- Coupled -24.5 / -2.0 15.5 / 32.8 1.00 0.50" 54
Plastic Fiber Optic Components
C-Device_Specific_Inform...
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Issue A 2005
OPTEK Technology Inc. www.optekinc.com
Page C—22
Device Specific Information—sorted by package style
Part Number Receiver Type
Responsivity
(mA/mW)
Min
Rise Time (ns) Reverse Voltage
Typ / Max Lead Length Package
#
OPF792 Photodiode 0.45 6.0 5.0 / 100 0.50” 48
Package
Fiber Optic
ST—Short
Part Number LED Peak
Wavelength
Coupled Power
(dbm) / (W)
50/125 Cable
Forward
Current
IF(mA)
Rise / Fall Time
(ns) Fiber Size (m) Lead Length Package
#
OPF693-1 850 nm -19 / 12.6 50 / 100 6.5 / 6.5 50 / 125 0.50”
OPF693-2 -16 / 25.1 48
Package
Fiber Optic
ST-Plastic
Part Number LED Peak
Wavelength
Coupled Power
(dbm)/(W)
Min
IF (mA)
Typ / Max
Rise / Fall Time
(ns) Fiber Size (m) Lead Length Package
#
OPF692-1 850 nm -19 / 12.6 50 / 100 6.5 / 6.5 50/125 0.50”
OPF692-2 -16 / 25.1 48
Package
Fiber Optic
ST—Tall
Part Number LED Peak
Wavelength
Coupled Power
(dbm)/(W)
50/125 Cable Min
IF(mA)
Typ / Max
Rise / Fall Time
Max. (ps)
Fiber Size
(m) Lead Length Package
#
OPF322A
850 nm
-18.2 / 15
50 / 100 8.0 / 10.0 50 / 125 0.50” 47 OPF322B -20 / 10
OPF322C -23 / 5
OPF342A
850 nm
-17 / 20
50 / 100 6.0 / 6.0 50 / 125 0.50” 47
OPF342B -18.2 / 15
OPF342C -20 / 10
OPF342D -23 / 5
OPF347A
850 nm
-17 / 20
50 / 100 6.0 / 6.0 50 / 125 0.50” 47
OPF347B -18.2 / 15
OPF347C -20 / 10
OPF347D -23 / 5
OPF372A
850 nm
-16 / 25
50 / 100 8.0 / 10.0 50/125 0.50” 47
OPF372B -18.2 / 15
OPF372C -20 / 10
OPF372D -23 / 5
OPF392A
850 nm
-17 / 20
50 / 100 6.0 / 6.0 50/125 0.50” 47
OPF392B -18.2 / 15
OPF392C -20 / 10
OPF392D -23 / 5
OPF397A
850 nm
-17 / 20
50 / 100 4.5 / 4.5 50/125 0.50” 47
OPF397B -18.2 / 15
OPF397C -20 / 10
OPF397D -23 / 5
OPF694-1 850 nm -19 / 12.6 50 / 100 6.5 / 6.5 50 / 125 0.50”
OPF694-2 -16 / 25.1 47
Part Number Receiver Type
Responsivity
(mA/mW)
Min
Rise Time (ns) Reverse Voltage
Typ / Max Lead Length Package
#
OPF793 Photodiode 0.45 6.0 5.0 / 100 0.50” 48
Fiber Optic Plastic & Metal ST
C-Device_Specific_Inform...
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Issue A 2005
OPTEK Technology Inc. www.optekinc.com
Page C—23
Part Number Sensor
Responsivity
(mA/mW)
Min.
Rise Time (ns)
Reverse
Voltage
Typ / Max
Lead Length Package
#
OPF422
Photodiode 0.45
6.0
5.0 / 100 47
OPF432 1.0
OPF472 6.0
OPF482 1.0
OPF794 6.0
0.50"
Package
Fiber Optic
ST—Tall
Part Number VCSEL Peak
Wavelength
Data Rate
Gbps
Coupled Power
(dbm)/(W)
50/125 Cable Min
IF (mA)
Typ / Max
Rise / Fall
Time (ps)
Fiber Size
(m) Lead Length Package
#
OPV314AT*
850 nm 2.5
-2.2 / 600
7 / 20 90 / 120 50/125 0.50” 47
OPV314BT* -4 / 400
OPV314YAT* -2.2 / 600
OPV314YBT* -4 / 400
OPV315AT*
850 nm 2.5
-5.2 / 300
7 / 20 90 / 120 50/125 0.50” 47
OPV315BT* -7 / 200
OPV315YAT* -5.2 / 300
OPV315YBT* -7 / 200
Note : * identifies products that are class 1M Laser Safety—See Application Bulletin 221.
Fiber Optic Plastic & Metal ST LC-OSA
Integrated
Receiver
Part Number
Data Rate Integrated
Receiver Type
Input Power
(dbm)
Logic High Max
Input Power
(dbm) Logic
Low Min / Max
Output Type Fiber Size
(m)
Package
#
OPF522 5 MBd DC- Coupled -40.0 -25.4 / -9.2 Analog 100/140 47
Integrated
Receiver
Part Number
Data Rate Integrated
Receiver Type
Responsivity (mV/
W)
Min / Max
Peak Input
Power (dbm)
Max
Output Type Fiber Size
(m)
Package
#
OPF562 155 MBd DC- Coupled 5.3 / 9.6 -7.6 Analog, TTL 100/140 47
Part Number Data Rate Integrated
Receiver Type
Input
Sensitivity (dbm) /
(W)
Output Type Fiber Size (m) Lead Length Package
#
OPF502 200Kbps
Receiver 10K Pull-up -28.2 / 1.5 TTL / LSTTL 100/140 .050" 47
OPF507 200Kbps
Receiver 10K Pull-up -27.0 / 2.0 TTL / LSTTL 100/140 .050" 47
OPF512 200Kbps
Receiver
Inv-10K
Pull-up -28.2 / 1.5 TTL / LSTTL 100/140 .050" 47
OPF517 200Kbps
Receiver
Inv-10K
Pull-up -27.0 / 2.0 TTL / LSTTL 100/140 .050" 47
C-Device_Specific_Inform...
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Friday, November 11, 2005 14:10
Issue A 2005
OPTEK Technology Inc. www.optekinc.com
Page C—24
Device Specific Information—sorted by package style
Package
Cube / DIP
ST– Panel
Part Number LED Peak
Wavelength
Coupled Power (dbm)
50/125 Cable (Min)
IF (mA)
Typ / Max
Rise / Fall
Time (ns)
Fiber Size
(m)
Package
#
OPF1412 840 nm -19.0 60 / 100 6.5 / 6.5 62.5/125
OPF1414 840 nm -15.0 60 / 100 6.5 / 6.5 62.5/125
50
Fiber Optic Sugar Cube / Fiber DIP Fiber Optic Modules
Integrated
Receiver
Part Number
Data Rate Integrated
Receiver Type
Input Power
(dbm) Logic
High Max
Input Power
(dbm) Logic Low
Min / Max
Output
Type
Fiber Size
(m)
Package
#
OPF2412T 5 MBd
DC- Coupled
Schottky -40.0 -25.4 / -9.2 TTL or CMOS 100/140 49
Integrated
Receiver
Part Number
Data Rate Integrated
Receiver Type
Responsivity
(mV/W)
Min / Max
Peak Input
Power (dbm)
Max
Output Type Fiber Size
(m)
Package
#
OPF2416T
DC- Coupled
Schottky 5.3 / 9.6 -7.6 Analog 62.5/125 49
OPF2416TC
OPF2418T
155 MBd
OPF2418TC
125 MBd
Package
Cube / DIP
ST-Threaded
Part Number LED Peak
Wavelength
Coupled Power (dbm)
50/125 Cable (Min)
Forward Current
IF(mA)
Rise / Fall
Time (ns)
Fiber Size
(m)
Package
#
OPF1412T 850 nm -19.0 60 6.5 / 6.5 62.5/125
OPF1414T 850 nm -15.0 60 6.5 / 6.5 62.5/125
49
Integrated
Receiver
Part Number
Data Rate Integrated
Receiver Type
Input Power
(dbm)
Logic High
Max
Input Power
(dbm)
Logic Low
Min / Max
Output
Type
Fiber Size
(m)
Package
#
OPF2412 5 MBd
DC- Coupled
Schottky -40.0 -25.4 / -9.2 TTL or CMOS 100/140 50
OPF2414 25 MBd
Integrated
Receiver
Part Number
Data Rate Integrated
Receiver Type
Responsivity (mV/
W)
Min / Max
Peak Input Power
(dbm) Max
Output
Type
Fiber Size
(m)
Package
#
OPF2416 125 MBd
DC- Coupled
Schottky 5.3 / 9.6 -7.6 Analog 62.5/125
OPF2418 155 MBd DC- Coupled 5.3 / 9.6 -7.6 Analog 100/140
50
C-Device_Specific_Inform...
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Friday, November 11, 2005 14:10
Issue A 2005
OPTEK Technology Inc. www.optekinc.com
Page C—25
OptoIsolator / Coupler
Part Number LED Peak
Wavelength
Sensor
Photologic®
Isolation
Voltage
(,000)
tPLH / tPHL Typ
(ns)
IF (mA)
Typ / Max
VCE (Volts)
Max
Lead
Length /
Spacing
Package
#
OPI125
890 nm
or
935 nm
Totem Pole
15
5 / 5 7.5 / 25 35.0
0.40" /
0.75"
OPI125TX
OPI125TXV
OPI126 Open Collector 5 / 5 7.5 / 25 35.0
OPI127 Inv-Totem Pole 5 / 5 7.5 / 25 35.0
OPI128 Inv-Open
Collector 5 / 5 7.5 / 25 35.0
57
Opto-Isolator
Package Part Number LED Peak
Wavelength Sensor
Isolation
Voltage
(,000)
CTR
Min
IF (mA)
Typ / Max
VCE (Volts)
Max
Lead
Length /
Spacing
Package
#
OPI120
890 nm
or
935 nm
Transistor 15 20 10 / 50 25 0.40" /
0.75"
OPI120TX
OPI120TXV
OPI123 Darlington 15 50 10 / 50 20
57
Opto-Isolator
Package Part Number LED Peak
Wavelength Sensor
Isolation
Voltage
(,000)
CTR
Min / Max
IF (mA)
Typ / Max
VCE (Volts)
Max
Lead
Length /
Spacing
Package
#
OPI110
890 nm Transistor 10
12.5 / NA
10 / 40 30 0.50" /
0.55" 58
OPI110A 25 / NA
OPI110B 50 / 125
OPI110C 100 / NA
OPI113 Darlington 10 50 / NA 5 / 40 30
OPI1264
890 nm Transistor 10
12.5 / NA
10 / 40 30 0.50" /
0.55" 58
OPI1264A 25 / NA
OPI1264B 50 / 125
OPI1264C 100 / NA
OPI150
890 nm Transistor 50 10 / NA 16 / 50 30
0.40" /
3.16"
OPI150TX
OPI150TXV
OPI153 890 nm or
935 nm Darlington 50 25 / NA 30 / 50 15
OPI155 890 nm TIA –OC 50 80 / NA 10 / 50 18
110
Opto-Isolator
Package Part Number LED Peak
Wavelength Sensor
Isolation
Voltage
(,000)
CTR
Min
IF (mA)
Typ / Max
VCE (Volts)
Max
Lead
Length /
Spacing
Package
#
OPI7002
890 nm Transistor 6
20
10 / 50 30 0.30" /
0.30"
OPI7010 100
OPI7320 890 nm or
935 nm Darlington 6
200
5 / 50 15 0.30" /
0.30" 56
OPI7340 400
56
Opto-Isolator
Package Part Number LED Peak
Wavelength
Sensor
Photologic®
Isolation
Voltage
(,000)
tPLH / tPHL Max
(ns)
IF (mA)
Typ / Max
VCE (V)
Max
Lead
Length /
Spacing
Package
#
OPI1266 890 nm
Open Collector 16 800 / 800 13.5 / 50 7.0 55
OPI1268 850 nm 100 / 200 10 / 50 18
0.12" /
0.98"
C-Device_Specific_Inform...
page 25 CyanMagentaYellowBlac
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Friday, November 11, 2005 14:10
Issue A 2005
OPTEK Technology Inc. www.optekinc.com
Page C—26
Device Specific Information—sorted by package style
Package
Flat
Reflective
Part Number LED Peak
Wavelength Sensor
Reflection
Distance
Inch (mm)
IC(ON) (mA)
Min
IF (mA)
Typ / Max
VCE (V)
Max
Lead
Length /
Spacing
Package
#
OPB711
890 nm
Transistor 0.080"
(2.03mm)
0.35
20 / 50 30
0.30" /
0.095",
0.100"
OPB712 Darlington 20.00
61
Optoisolator / Coupler Non-Focused and Focused Reflective Switch
Package
TO-46
Reflective
Part Number LED Peak
Wavelength Sensor
Reflection
Distance
Inch (mm)
IC(ON) (mA)
Min
IF (mA)
Typ / Max
VCE (V)
Max
Lead
Length /
Spacing
Package
#
OPB710 935 nm Transistor 0.250"
(6.35mm) 0.15 20 / 50 30 0.50" DIA
OPB710F
OPB730 935 nm Darlington 0.250"
(6.35mm) 1.00 20 / 50 30 0.50" DIA 59
OPB730F
59
Package
Mini-Cube
Reflective
Part Number LED Peak
Wavelength Sensor
Reflection
Distance
Inch (mm)
IC(ON) (mA)
Min
IF (mA)
Typ / Max
VCE (V)
Max
Lead
Length /
Spacing
Package
#
OPB606A
935 nm Transistor 0.050"
(1.27mm)
0.50
20 / 50 30
0.20" /
0.087",
0.100"
OPB606B 0.35
OPB606C 0.20
OPB607A
935 nm Darlington 0.050"
(1.27mm)
25.00
20 / 50 30
0.20" /
0.087",
0.100"
60OPB607B 17.00
OPB607C 10.00
OPB608A
890 nm
Rbe Transistor 0.050"
(1.27mm)
2.00
20 / 50 30
0.20" /
0.087",
0.100"
60
OPB608B 1.00
OPB608C 0.50
OPB608R 660 nm 1.00
OPB608V* 850 nm 5.00
60
Package
Object
Reflective
Part Number LED Peak
Wavelength
Sensor
Photologic®
Reflection
Distance
Inch (mm)
ICCL / ICCH (mA)
Max
VCC (Volts)
Min / Max
Lead
Length /
Spacing
Package
#
OPB715Z
890 nm
Totem-Pole
0.50"
50 / 50 4.75 / 5.25
18" / 26
AWG Wire
OPB716Z Open-Collector
OPB717Z Inv-Totem-Pole 50 / 50 4.75 / 5.25
OPB718Z Inv-Open-Collector
64
Package
Cube
Reflective
Part Number LED Peak
Wavelength Sensor
Reflection
Distance
Inch (mm)
IC(ON) (mA)
Min
IF (mA)
Typ / Max
VCE (V)
Max
Lead
Length /
Spacing
Package
#
OPB706A
935 nm Transistor 0.050"
(1.27mm)
0.50
20 / 50 30
0.45" /
0.087",
0.100"
OPB706B 0.35
OPB706C 0.20
OPB707A
935 nm Darlington 0.050"
(1.27mm)
25.00
20 / 50 30
0.45" /
0.087",
0.100"
62
OPB707B 17.00
OPB707C 10.00
62
Package
Object
Reflective
Part Number LED Peak
Wavelength
Sensor
Photologic®
Reflection
Distance Inch
Max.
IC(ON) (mA)
Max
VCC (Volts)
Min / Max
Lead
Length /
Spacing
Package
#
OPB720-24Z 850 nm Open-Collector 50 10 / 30 39" / 28
AWG Wire 6324”
Note : * identifies products that are class 1M Laser Safety—See Application Bulletin 221.
C-Device_Specific_Inform...
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Issue A 2005
OPTEK Technology Inc. www.optekinc.com
Page C—27
Focused Reflective Switch
Package
Reflective
Switch
Part Number LED Peak
Wavelength Sensor
Reflection
Distance
Inch (mm)
IC(ON) (mA)
Min
IF (mA)
Typ / Max
VCE (Volts)
Max
Lead
Length /
Spacing
Package
#
OPB700Z
890 nm Transistor 0.200"
(5.08mm) 0.03
40 / 100 25 4" / 26 AWG 66
OPB700ALZ 18" / 26 AWG 66
OPB700TX 40 / 50 50 4" / 26
AWG Wire
OPB700TXV
OPB701Z 890 nm Darlington 0.200"
(5.08mm) 2.00 40 /50 15 4" / 26 AWG 66
OPB701ALZ 18" / 26 AWG 66
66
Package
Reflective
Switch
Part Number LED Peak
Wavelength Sensor
Reflection
Distance
Inch (mm)
IC(ON) (mA)Min IF (mA)
Typ / Max
VCE (Volts)
Max
Lead
Length /
Spacing
Package
#
OPB702
890 nm
Transistor
0.150"
(3.81mm) 0.50 20 / 50
30
0.400" /
0.100"
OPB702D Darlington 15
OPB702R Transistor 30
65
Package
Reflective
Switch
Part Number LED Peak
Wavelength Sensor
Reflection
Distance
Inch (mm)
IC(ON) Min
(mA)
IF (mA) Typ /
Max
VCE (Volts)
Max
Lead
Length /
Spacing
Package
#
OPB703
890 nm Transistor 0.150"
(3.81mm)
0.20
40 /50 30
0.150" 67
OPB703WZ 4.5" 68
OPB704 0.150" 67
OPB704WZ 4.5" 68
OPB705 0.10 0.150" 67
OPB705WZ 4.5" 68
Package
Reflective
Switch
Part Number LED Peak
Wavelength Sensor
Reflection
Distance
Inch (mm)
IC(ON) (mA)
Min
IF (mA)
Typ / Max
VCE (Volts)
Max
Lead
Length /
Wire Type
Package
#
OPB708 935 nm Transistor 0.150"
(3.81mm)
0.01 20 / 40 30 0.150" 69
OPB709 1.00
OPB740
890 nm 0.150"
(3.81mm)
0.05
20 / 40 30 0.150" 69
OPB741 0.05
OPB742 0.01
OPB743 0.20
OPB744 0.20
OPB745 890 nm Darlington 0.150" 1.00 20 / 40 30 0.150" 69
OPB740WZ
890 nm Transistor 0.150"
(3.81mm)
0.05
20 / 40 30 4" / 26
AWG Wire 70
OPB741WZ 0.05
OPB742WZ 0.01
OPB743WZ 0.20
OPB744WZ 0.20
OPB740W24Z
890 nm Transistor 0.150"
(3.81mm)
0.05
20 / 40 30 24" / 26
AWG Wire 70
OPB741W24Z 0.05
OPB742W24Z 0.01
OPB743W24Z 0.20
OPB744W24Z 0.20
OPB745WZ 890 nm Darlington 0.150"
(3.81mm) 1.00 20 / 40 30 4" / 26 AWG 70
OPB745W24Z 24" / 26AWG
Transistor
Package
Object
Reflective
Part Number LED Peak
Wavelength Sensor
Reflection
Distance Inch
Max.
IF (mA)
Typ / Max
VCE (Volts)
Max
Lead
Length /
Spacing
Package
#
OPB732
850 nm Transistor 3.0” 20 / 50 30
0.150”
OPB732W 39" / 28
AWG Wire
139
140
IC(ON) (mA)
Max
50
C-Device_Specific_Inform...
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Friday, November 11, 2005 14:10
Issue A 2005
OPTEK Technology Inc. www.optekinc.com
Page C—28
Device Specific Information—sorted by package style
Focused Reflective Switch
Package
Reflective
Switch
Part Number LED Peak
Wavelength Sensor
Reflection
Distance
Inch
IC(ON) (mA)
Min
IF (mA)
Typ / Max
VCE (Volts)
Max Lead Length Package
#
OPB750N 890 nm Transistor
& Rbe
0.080" (2.03mm) 0.500
30 / 50 30 0.40"
0.150" (3.81mm) 0.375
0.220" (5.59mm) 0.250
Part Number LED Peak
Wavelength
Sensor
Photologic®
Reflection Distance
(Inch) Min / Max
ICC (mA)
Max
IF (mA)
Typ / Max
VCC (Volts)
Min / Max
Lead
Length
Package
#
OPB760N
890 nm
Totem-Pole 0.080" / 0.220"
10 25 / 50 4.75 / 5.25 0.40" 72
OPB761N Open Collector
Collector 0.080" / 0.220"
OPB762N Inv-Totem-Pole 0.080" / 0.220"
OPB763N Inv-Open
Collector 0.080" / 0.220"
71
Part Number LED Peak
Wavelength Sensor
Reflection
Distance
Inch
IC(ON) (mA)
Min
IF (mA)
Typ / Max
VCE (Volts)
Max Lead Length Package
#
OPB755N Z 890 nm Transistor
0.080" (2.03mm) 0.500
30 / 50 30 12" / 26
AWG Wire
0.150" (3.81mm) 0.375
0.220" (5.59mm) 0.250
Part Number LED Peak
Wavelength
Sensor
Photologic®
Reflection Distance
(Inch) Min / Max
ICC (mA)
Max
IF (mA)
Typ / Max
VCC (Volts)
Min / Max
Lead
Length
Package
#
OPB770NZ
890 nm
Totem-Pole 0.080" / 0.220"
10 25 / 50 4.75 / 5.25 12" / 26
AWG Wire 74
OPB771NZ Open Collector
Collector 0.080" / 0.220"
OPB772NZ Inv-Totem-Pole 0.080" / 0.220"
OPB773NZ Inv-Open
Collector 0.080" / 0.220"
73
Package
Reflective
Switch
Part Number LED Peak
Wavelength Sensor
Reflection
Distance
Inch
IC(ON) (mA)
Min
IF (mA)
Typ / Max
VCE (Volts)
Max Lead Length Package
#
OPB750T 890 nm Transistor
& Rbe
0.080" (2.03mm) 0.500
30 / 50 30 0.40" 71
0.150" (3.81mm) 0.375
0.220" (5.59mm) 0.250
Part Number LED Peak
Wavelength
Sensor
Photologic®
Reflection Distance
(Inch) Min / Max
ICC (mA)
Max
IF (mA)
Typ / Max
VCC (Volts)
Min / Max
Lead
Length
Package
#
OPB760T
890 nm
Totem-Pole 0.080" / 0.220"
10 25 / 50 4.75 / 5.25 0.40"
OPB761T Open Collector
Collector 0.080" / 0.220"
OPB762T Inv-Totem-Pole 0.080" / 0.220"
OPB763T Inv-Open
Collector 0.080" / 0.220"
72
Part Number LED Peak
Wavelength Sensor
Reflection
Distance
Inch
IC(ON) (mA)
Min
IF (mA)
Typ / Max
VCE (Volts)
Max Lead Length Package
#
OPB755TZ 890 nm Transistor
0.080" (2.03mm) 0.500
30 / 50 30 12" / 26
AWG Wire 73
0.150" (3.81mm) 0.375
0.220" (5.59mm) 0.250
Part Number LED Peak
Wavelength
Sensor
Photologic®
Reflection Distance
(Inch) Min / Max
ICC (mA)
Max
IF (mA)
Typ / Max
VCC (Volts)
Min / Max
Lead
Length
Package
#
OPB770TZ
890 nm
Totem-Pole 0.080" / 0.220"
10 25 / 50 4.75 / 5.25 12" / 26
AWG Wire
OPB771TZ Open Collector
Collector 0.080" / 0.220"
OPB772TZ Inv-Totem-Pole 0.080" / 0.220"
OPB773TZ Inv-Open
Collector 0.080" / 0.220"
74
C-Device_Specific_Inform...
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Friday, November 11, 2005 14:10
Issue A 2005
OPTEK Technology Inc. www.optekinc.com
Page C—29
Slotted Switch Single Tab by LED “L Package”
Package
Slotted Switch Part Number LED Peak
Wavelength Sensor
Slot
Width /
Depth
IC(ON) (mA)
Min / Max
IF (mA)
Typ / Max
VCE
(Volts)
Max
Aperture
Emitter/Sensor
Lead
Length /
Spacing
Package #
OPB355L 890 nm Diode
0.123" /
0.345” 0.01 / 0.20 20 / 50 30 None 0.425" /
0.320" 77
OPB360L11
890 nm Transistor 0.125" /
0.345”
1.0 / 5.0
20 / 50 30
0.01" / 0.01" 0.425" /
0.320" 77
OPB360L51 2.5 / 10.0 0.05" / 0.01"
OPB360L55 3.5 / 14.0 0.05" / 0.05"
OPB365L11
890 nm Transistor 0.125" /
0.345”
1.0 / 5.0
20 / 50 30
0.01" / 0.01" 0.425" /
0.220" 77
OPB365L51 2.5 / 10.0 0.05" / 0.01"
OPB365L55 3.5 / 14.0 0.05" / 0.05"
OPB370L11
890 nm Transistor 0.125" /
0.345”
1.0 / 5.0
20 / 50 30
0.01" / 0.01" 0.425" /
0.320" 77
OPB370L51 2.5 / 10.0 0.05" / 0.01"
OPB370L55 3.5 / 14.0 0.05" / 0.05"
OPB375L11
890 nm Transistor 0.125" /
0.345”
1.0 / 5.0
20 / 50 30
0.01" / 0.01" 0.425" /
0.220" 77 OPB375L51 2.5 / 10.0 0.05" / 0.01"
OPB375L55 3.5 / 14.0 0.05" / 0.05"
OPB854A2 890 nm Transistor 0.100" /
0.250”
3.0 / NA 20 / 50 30 None 0.400" /
0.300" 83
OPB854B2 1.0 / NA
OPB860L11
890 nm Transistor 0.125" /
0.345” 0.5 / NA 20 / 50 50
0.01" / 0.01" 0.425" /
0.320" 77
OPB860L51 0.05" / 0.01"
OPB860L55 0.05" / 0.05"
OPB861L51 890 nm Transistor 0.125" /
0.345” 1.0 / NA 0.05" / 0.01"
OPB861L55 0.05" / 0.01"
OPB862L51 890 nm Transistor 0.125" /
0.345” 1.8 / NA 20 / 50 50 0.05" / 0.01" 0.425"
/ 0.320" 77
OPB862L55 0.05" / 0.05"
OPB865L11
890 nm Transistor 0.125" /
0.345” 0.5 / NA 20 / 50 50
0.01" / 0.01" 0.425" /
0.220" 77 OPB865L51 0.05" / 0.01"
OPB865L55 0.05" / 0.05"
OPB866L51 890 nm Transistor 0.125" /
0.345” 1.0 / NA 20 / 50 50 0.05" / 0.01" 0.425" /
0.220" 77
OPB866L55 0.05" / 0.05"
OPB867L51 890 nm Transistor 0.125" /
0.345” 1.8 / NA 20 / 50 50 0.05" / 0.01" 0.425" /
0.220" 77
OPB867L55 0.05" / 0.05"
OPB870L11
890 nm Transistor 0.125" /
0.345” 0.5 / NA 20 / 50 50 0.01" / 0.01 0.425" /
0.320" 77
OPB870L11TX
OPB870L11TXV
OPB870L51
890 nm Transistor 0.125" /
0.345” 0.5 / NA 20 / 50 50 0.05" / 0.01" 0.425" /
0.320" 77
OPB870L51TX
OPB870L51TXV
OPB870L55
890 nm Transistor 0.125" /
0.345” 0.5 / NA 20 / 50 50 0.05" / 0.05" 0.425" /
0.320" 77
OPB870L55TX
OPB870L55TXV
OPB871L51
890 nm Transistor 0.125" /
0.345” 1.0 / NA 20 / 50 50 0.05" / 0.01" 0.425" /
0.320" 77
OPB871L51TX
OPB871L51TXV
OPB871L55
890 nm Transistor 0.125" /
0.345” 1.0 / NA 20 / 50 50 0.05" / 0.05" 0.425" /
0.320" 77
OPB871L55TX
OPB871L55TXV
OPB872L51
890 nm Transistor 0.125" /
0.345” 1.8 / NA 20 / 50 50 0.05" / 0.01" 0.425" /
0.320" 77
OPB872L51TX
OPB872L51TXV
C-Device_Specific_Inform...
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Friday, November 11, 2005 14:10
Issue A 2005
OPTEK Technology Inc. www.optekinc.com
Page C—30
Device Specific Information—sorted by package style
Package
Slotted Switch Part Number LED Peak
Wavelength Sensor
Slot
Width /
Depth
IC(ON) (mA)
Min / Max
IF (mA)
Typ / Max
VCE
(Volts)
Max
Aperture
Emitter/Sensor
Lead
Length /
Spacing
Package
#
OPB872L55
Transistor 0.125" /
0.345” 1.8 / NA 20 / 50 50
0.05" / 0.05"
0.425" /
0.320" 77OPB872L55TX 0.05" / 0.05"
OPB872L55TXV 0.05" / 0.05"
OPB875L11
890 nm Transistor 0.125" /
0.345” 0.5 / NA 20 / 50 50
0.01" / 0.01"
0.425" /
0.220" 77
OPB875L51 0.05" / 0.01"
OPB875L55 0.05" / 0.05"
OPB876L51 890 nm Transistor 0.125" /
0.345” 1.0 / NA 20 / 50 50 0.05" / 0.01" 0.425" /
0.220" 77
OPB876L55 0.05" / 0.05"
OPB877L51 890 nm Transistor 0.125" /
0.345” 1.8 / NA 20 / 50 50 0.05" / 0.01" 0.425" /
0.220" 77
OPB877L55 0.05" / 0.05"
890 nm
Package
Slotted Switch Part Number LED Peak
Wavelength Sensor
Slot
Width /
Depth
IC(ON) (mA)
Min / Max
IF (mA)
Typ /
Max
VCE
(Volts)
Max
Aperture
Emitter/Sensor
Lead
Length /
Spacing
Package
#
OPB380L11Z
890 nm Transistor 0.125" /
0.345”
1.0 / 5.0
20 / 50 30
0.01" / 0.01"
24"/26
AWG Wire 79OPB380L51Z 2.5 / 10.0 0.05" / 0.01"
OPB380L55Z 3.5 / 14.0 0.05" / 0.05"
OPB390L11Z
890 nm Transistor 0.125" /
0.345”
1.0 / 5.0
20 / 50 30
0.01" / 0.01"
24"/26
AWG Wire 79
OPB390L51Z 2.5 / 10.0 0.05" / 0.01"
OPB390L55Z 3.5 / 14.0 0.05" / 0.05"
OPB880L11Z
890 nm Transistor 0.125" /
0.345” 0.5 / NA 20 / 50 50
0.01" / 0.01"
24"/26
AWG Wire 81
OPB880L51Z 0.05" / 0.01"
OPB880L55Z 0.05" / 0.05"
OPB881L51Z 890 nm Transistor 0.125" /
0.345” 1.0 / NA 20 / 50 50 0.05" / 0.01" 24"/26
AWG Wire 81
OPB881L55Z 0.05" / 0.05"
OPB882L51Z 890 nm Transistor 0.125" /
0.345” 1.8 / NA 20 / 50 50 0.05" / 0.01" 24"/26
AWG Wire 81
OPB882L55Z 0.05" / 0.05"
OPB890L11Z
890 nm Transistor 0.125" /
0.345” 0.5 / NA 20 / 50 50
0.01" / 0.01"
24"/26
AWG Wire 81OPB890L51Z 0.05" / 0.01"
OPB890L55Z 0.05" / 0.05"
OPB891L51Z 890 nm Transistor 0.125" /
0.345” 1.0 / NA 20 / 50 50 0.05" / 0.01" 24"/26
AWG Wire 81
OPB891L55Z 0.05" / 0.05"
890 nm Transistor 0.125" 1.8 / NA 20 / 50 50 24"/26
AWG Wire 81
OPB892L51Z 0.05" / 0.01"
OPB892L55Z 0.05" / 0.05"
Package
Slotted “L” Part Number LED Peak
Wavelength
Sensor
Photologic®
Slot
Width /
Depth
ICCL / ICCH
(mA) Max
IF (mA)
Typ /
Max
VCC
(Volts)
Min /
Max
Aperture
Emitter/Sensor
Lead
Length /
Spacing
Package
#
OPB120A
890 nm
Totem-Pole
0.080" /
0.255” 15 / 15 20 / 50 4.75 /
5.25
0.04" / 0.04"
0.300" /
0.270"
OPB120B 0.04" / 0.01"
OPB121A
Open-
Collector
0.04" / 0.04"
OPB121B 0.04" / 0.01"
OPB122A 0.04" / 0.04"
OPB122B 0.04" / 0.01"
OPB123A 0.04" / 0.04"
OPB123B 0.04" / 0.01"
76
Slotted Switch Single Tab by LED “L Package”
C-Device_Specific_Inform...
page 30 CyanMagentaYellowBlac
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Friday, November 11, 2005 14:10
Issue A 2005
OPTEK Technology Inc. www.optekinc.com
Page C—31
Package
Slotted Switch Part Number LED Peak
Wavelength
Sensor
Photologic®
Slot
Width /
Depth
ICCL / ICCH
(mA) Max
IF (mA)
Typ /
Max
VCC
(Volts)
Min /
Max
Aperture
Emitter/Sensor
Lead
Length /
Spacing
Package
#
OPB460L11
890 nm
10K Pull-up
0.125" /
0.345” 7.5 / 7.5 20 / 50 4.5 / 16 0.01" / 0.01" 0.425" /
0.320" 78
OPB461L11 OC
OPB462L11 Inv-10K
OPB463L11 Inv-OC
OPB470L11
890 nm
10K Pull-up
0.125" /
0.345” 7.5 / 7.5 20 / 50 4.5 / 16 0.01" / 0.01" 78
OPB471L11 OC
OPB472L11 Inv-10K
OPB473L11 Inv-OC
OPB960L11
890 nm Totem-Pole 0.125" /
0.345” 15 / 15 20 / 50 4.75 /
5.25
0.01" / 0.01" 0.425" /
0.320" 78 OPB960L51 0.05" / 0.01"
OPB960L55 0.05" / 0.05"
OPB961L11
890 nm Open-
Collector
0.125" /
0.345” 15 / 15 20 / 50 4.75 /
5.25
0.01" / 0.01" 0.425" /
0.320" 78 OPB961L51 0.05" / 0.01"
OPB961L55 0.05" / 0.05"
OPB962L11
890 nm Inv-Totem-
Pole
0.125" /
0.345” 15 / 15 20 / 50 4.75 /
5.25
0.01"/ 0.01" 0.425" /
0.320" 78OPB962L51 0.05"/ 0.01"
OPB962L55 0.05"/ 0.05"
OPB963L11
890 nm Inv-Open-
Collector
0.125" /
0.345” 15 / 15 20 / 50 4.75 /
5.25
0.01"/ 0.01" 0.425" /
0.320" 78OPB963L51 0.05"/ 0.01"
OPB963L55 0.05"/ 0.05"
OPB970L11
890 nm Totem-Pole 0.125" /
0.345” 15 / 15 20 / 50 4.75 /
5.25
0.01"/ 0.01" 0.425" /
0.320" 78
OPB970L51 0.05"/ 0.01"
OPB970L55 0.05"/ 0.05"
OPB971L11
890 nm Open-
Collector
0.125" /
0.345” 15 / 15 20 / 50 4.75 /
5.25
0.01"/ 0.01" 0.425" /
0.320" 78 OPB971L51 0.05"/ 0.01"
OPB971L55 0.05"/ 0.05"
OPB972L11
890 nm Inv-Totem-
Pole
0.125" /
0.345” 15 / 15 20 / 50 4.75 /
5.25
0.01"/ 0.01" 0.425" /
0.320" 78 OPB972L51 0.05"/ 0.01"
OPB972L55 0.05"/ 0.05"
OPB973L11
890 nm Inv-Open-
Collector
0.125" /
0.345” 15 / 15 20 / 50 4.75 /
5.25
0.01"/ 0.01" 0.425" /
0.320" 78OPB973L51 0.05"/ 0.01"
OPB973L55 0.05"/ 0.05"
0.425" /
0.320"
Slotted Switch Single Tab by LED “L Package”
Package
Slotted Switch Part Number LED Peak
Wavelength
Sensor
Photologic®
Slot
Width /
Depth
ICCL / ICCH
(mA) Max
IF (mA)
Typ /
Max
VCC
(Volts)
Min /
Max
Aperture
Emitter/Sensor
Lead
Length /
Spacing
Package
#
OPB480L11Z
890 nm
10K Pull-up
0.125" /
0.345” 7.5 / 7.5
20 / 50
4 / 16 0.01" / 0.01" 24" / 26
AWG Wire 80
OPB481L11Z OC
OPB482L11Z Inv-10K 20 / 50
OPB483L11Z Inv-OC
OPB490L11Z
890 nm
10K Pull-up
0.125" /
0.345” 7.5 / 7.5 20 / 50 4 / 16 0.01" / 0.01" 24" / 26
AWG Wire 80
OPB491L11Z OC
OPB492L11Z Inv-10K
OPB493L11Z Inv-OC
OPB980L11Z
890 nm Totem-Pole 0.125" /
0.345” 15 / 15 20 / 50 4.75 /
5.25
0.01"/ 0.01" 24" / 26
AWG Wire 82OPB980L51Z 0.05"/ 0.01"
OPB980L55Z 0.05"/ 0.05"
OPB981L11Z
890 nm Open-
Collector
0.125" /
0.345” 15 / 15 20 / 50 4.75 /
5.25
0.01"/ 0.01"
24" / 26
AWG Wire 82
OPB981L51Z 0.05"/ 0.01"
OPB981L55Z 0.05"/ 0.05"
C-Device_Specific_Inform...
page 31 CyanMagentaYellowBlac
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Friday, November 11, 2005 14:10
Issue A 2005
OPTEK Technology Inc. www.optekinc.com
Page C—32
Device Specific Information—sorted by package style
Slotted Switch Single Tab by LED “L Package”
Package
Slotted Switch Part Number LED Peak
Wavelength Sensor
Slot
Width /
Depth
VOL / VOH
(Volts)
IF
(mA)
Typ /
Max
VCC
(Volts)
Min /
Max
Aperture
Emitter/Sensor
Lead
Length /
Spacing
Package
#
OPB950Z 890 nm Dual TTL 0.200" /
0.350” 0.4 / 2.4 20 / 50 4.75 /
5.25 0.05” / 0.01" 0.25" /
N/A 91
Package
Slotted Switch Part Number LED Peak
Wavelength Sensor
Slot
Width /
Depth
IC(ON) (mA)
Min / Max
IF (mA)
Typ /
Max
VCE
(Volts)
Max
Aperture
Emitter/Sensor
Lead
Length /
Spacing
Package
#
OPB200
890 nm Transistor
0.200” /
0.320” 1.0 / 6.0
20 / 50 30 None 0.425” /
0.400
86
OPB202 0.150” /
0.330” 4.0 / NA 89
OPB355N 890 nm Diode
0.123" /
0.345” 0.01 / 0.20 20 / 50 30 None 0.425" /
0.320" 77
OPB360N11
890 nm Transistor 0.125" /
0.345”
1.0 / 5.0
20 / 50 30
0.01" / 0.01"
0.425"/
0.320" 77OPB360N51 2.5 / 10.0 0.05" / 0.01"
OPB360N55 3.5 / 14.0 0.05" / 0.05"
OPB365N11
890 nm Transistor 0.125" /
0.345”
1.0 / 5.0
20 / 50 30
0.01" / 0.01"
0.425"/
0.320" 77OPB365N51 2.5 / 10.0 0.05" / 0.01"
OPB365N55 3.5 / 14.0 0.05" / 0.05"
OPB370N11
890 nm Transistor 0.125" /
0.345”
1.0 / 5.0
20 / 30 50
0.01" / 0.01"
0.425" /
0.320" 77OPB370N51 2.5 / 10.0 0.05" / 0.01"
OPB370N55 3.5 / 14.0 0.05" / 0.05"
OPB375N11
890 nm Transistor 0.125" /
0.345”
1.0 / 5.0
20 / 30 50
0.01" / 0.01"
0.425" /
0.220"
OPB375N51 2.5 / 10.0 0.05" / 0.01"
OPB375N55 3.5 / 14.0 0.05" / 0.05"
77
Package
Slotted Switch Part Number LED Peak
Wavelength
Sensor
Photologic®
Slot
Width /
Depth
ICCL / ICCH
(mA) Max
IF (mA)
Typ /
Max
VCC
(Volts)
Min /
Max
Aperture
Emitter/Sensor
Lead
Length /
Spacing
Package
#
OPB982L11Z
890 nm Inv-Totem-Pole 0.125" /
0.345” 15 / 15 20 / 50 4.75 /
5.25
0.01"/ 0.01"
24" / 26
AWG Wire 82
OPB982L51Z 0.05"/ 0.01"
OPB982L55Z 0.05"/ 0.05"
OPB983L11Z
890 nm Inv-Open-
Collector
0.125" /
0.345” 15 / 15 20 / 50 4.75 /
5.25
0.01"/ 0.01"
24" / 26
AWG Wire 82
OPB983L51Z 0.05"/ 0.01"
OPB983L55Z 0.05"/ 0.05"
OPB990L11Z
890 nm Totem-Pole 0.125" /
0.345” 15 / 15 20 / 50 4.75 /
5.25
0.01"/ 0.01"
24" / 26
AWG Wire 82OPB990L51Z 0.05"/ 0.01"
OPB990L55Z 0.05"/ 0.05"
OPB991L11Z
890 nm Open-
Collector
0.125" /
0.345” 15 / 15 20 / 50 4.75 /
5.25
0.01"/ 0.01"
24" / 26
AWG Wire 82OPB991L51Z 0.05"/ 0.01"
OPB991L55Z 0.05"/ 0.05"
OPB992L11Z
890 nm Inv-Totem-Pole
0.125" /
0.345” 15 / 15 20 / 50 4.75 /
5.25
0.01"/ 0.01"
24" / 26
AWG Wire 82OPB992L51Z 0.05"/ 0.01"
OPB992L55Z 0.05"/ 0.05"
OPB993L11Z
890 nm Inv-Open-
Collector
0.125" /
0.345” 15 / 15 20 / 50 4.75 /
5.25
0.01"/ 0.01"
24" / 26
AWG Wire
OPB993L51Z 0.05"/ 0.01"
OPB993L55Z 0.05"/ 0.05"
82
C-Device_Specific_Inform...
page 32 CyanMagentaYellowBlac
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Friday, November 11, 2005 14:10
Issue A 2005
OPTEK Technology Inc. www.optekinc.com
Page C—33
Package
Slotted
Switch
Part Number LED Peak
Wavelength Sensor
Slot
Width /
Depth
IC(ON) (mA)
Min / Max
IF (mA)
Typ /
Max
VCE
(Volts)
Max
Aperture
Emitter/Sensor
Lead
Length /
Spacing
Package
#
OPB610 890 nm
Rbe
Transistor
0.150" /
0.240” 1.0 / NA 20 / 30 30 None 0.100" /
0.275" 85
OPB620
890 nm
Rbe
Transistor 0.190" /
0.285”
1.0 / NA 20 / 30 30
None 0.100" /
0.320"
88
OPB621 Diode 0.009 / 0.09 20 / 30 60
OPB660N 890 nm
Rbe
Transistor
0.125" /
0.345” 0.60 / NA 20 / 30 30 0.05" / 0.01" 92
OPB804 935 nm Transistor
0.150" /
0.330” 0.50 / NA 20 / 30 30 None 0.425" /
0.300" 87
OPB818 890 nm Transistor
0.200" /
0.250” 0.01 / NA 20 / 30 30 None 0.425" /
0.400" 90
OPB825 890 nm Transistor
0.160"/
0.285” 0.5 / NA 20 / 30 30 None 0.200" /
0.300" 84
OPB847
890 nm Transistor 0.100" /
0.250” 4.0 / NA 20 / 30 30 0.025" /
0.025" 0.425" /
0.300" 93
OPB847TX
OPB847TXV
OPB848
890 nm Transistor 0.100" /
0.250” 1.0 / NA 20 / 30 30 N/A 0.425" /
0.300"
OPB848TX
OPB848TXV
OPB854A1 890 nm Transistor 0.100" /
0.250”
3.0 / NA 20 / 30 30 None 0.400" /
0.300" 83
OPB854B1 1.0 / NA
OPB855 935 nm Transistor
0.205" /
0.220” 0.50 / NA 20 / 30 5.0 None 0.120" /
0.380" 103
OPB860N11
880 nm Transistor 0.125" /
0.345” 0.5 / NA 20 /50 50
0.01" / 0.01"
0.425" /
0.320" 77
OPB860N51 0.05" / 0.01"
OPB860N55 0.05" / 0.05"
OPB861N51 880 nm Transistor 0.125" /
0.345” 1.0 / NA 20 /50 50 0.05" / 0.01" 0.425" /
0.320" 77
OPB861N55 0.05" / 0.01"
OPB862N51 880 nm Transistor 0.125" /
0.345” 1.8 / NA 20 /50 50 0.05" / 0.01" 0.425" /
0.320" 77
OPB862N55 0.05" / 0.01"
OPB865N11
880 nm Transistor 0.125" /
0.345” 0.5 / NA 20 /50 50
0.01" / 0.01"
0.425" /
0.220" 77
OPB865N51 0.05" / 0.01"
OPB865N55 0.05" / 0.05"
OPB866N51 890 nm Transistor 0.125" /
0.345” 1.0 / NA 20 / 50 50 0.05" / 0.01" 0.425"/
0.220" 77
OPB866N55 0.05" / 0.05"
OPB867N51 890 nm Transistor 0.125" /
0.345” 1.8 / NA 20 / 50 50 0.05" / 0.01" 0.425"/
0.220" 77
OPB867N55 0.05" / 0.05"
OPB870N11
890 nm Transistor 0.125" /
0.345” 0.5 / NA 20 / 50 50 0.01" / 0.01" 0.425"/
0.320" 77
OPB870N11TX
OPB870N11TXV
93
Package
Slotted
Switch
Part Number LED Peak
Wavelength
Dual
Sensor
Slot
Width /
Depth
IC(ON) (mA)
Min
IF
(mA)
Typ /
Max
VCE
(Volts)
Max
Aperture
Emitter/Sensor
Lead
Length /
Spacing
Package
#
OPB826S Dual
890 nm
Dual
Transistor
0.100" /
0.420”
0.25
20 / 50 30
NA / 0.04" 0.200"/
0.740"
OPB826SD 0.10 0.04" / 0.04"
75
Slotted Switch No Tab “N Package”
C-Device_Specific_Info.p...
page 33
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Magenta
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Magenta
Yellow
Blac
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Monday, November 21, 2005 12:56
Issue A 2005
OPTEK Technology Inc. www.optekinc.com
Page C—34
Device Specific Information—sorted by package style
Package
Slotted Switch Part Number LED Peak
Wavelength Sensor
Slot
Width /
Depth
IC(ON) (mA)
Min / Max
IF (mA)
Typ /
Max
VCE
(Volts)
Max
Aperture
Emitter/Sensor
Lead
Length /
Spacing
Package
#
OPB870N51
890 nm Transistor 0.125" /
0.345” 0.5 / NA 20 / 50 50 0.05" / 0.01" 0.425"/
0.320" 77
OPB870N51TX
OPB870N51TXV
OPB870N55
890 nm Transistor 0.125" /
0.345” 0.5 / NA 20 / 50 50 0.05" / 0.05" 0.425"/
0.320" 77
OPB870N55TX
OPB870N55TXV
OPB871N51
890 nm Transistor 0.125" /
0.345” 1.0 / NA 20 / 50 50 0.05" / 0.01" 0.425"/
0.320" 77OPB871N51TX
OPB871N51TXV
OPB871N55
890 nm Transistor 0.125" /
0.345” 1.0 / NA 20 / 50 50 0.05" / 0.05" 0.425"/
0.320" 77OPB871N55TX
OPB871N55TXV
OPB872N51
890 nm Transistor 0.125" /
0.345” 1.8 / NA 20 / 50 50 0.05" / 0.01" 0.425"/
0.320" 77
OPB872N51TX
OPB872N51TXV
OPB872N55
890 nm Transistor 0.125" /
0.345” 1.8 / NA 20 / 50 50 0.05" / 0.05" 0.425"/
0.320" 77
OPB872N55TX
OPB872N55TXV
OPB875N11
890 nm Transistor 0.125" /
0.345” 0.5 / NA 20 / 50 50
0.01" / 0.01"
0.425"/
0.220" 77OPB875N51 0.05" / 0.01"
OPB875N55 0.05" / 0.05"
OPB876N51 890 nm Transistor 0.125" /
0.345” 1.0 / NA 20 / 50 50 0.05" / 0.01" 0.425"/
0.220" 77
OPB876N55 0.05" / 0.05"
OPB877N51 890 nm Transistor 0.125" /
0.345” 1.8 / NA 20 / 50 50 0.05" / 0.01" 0.425"/
0.220" 77
OPB877N55 0.05" / 0.05"
Package
Slotted Switch Part Number LED Peak
Wavelength Sensor
Slot
Width /
Depth
IC(ON) (mA)
Min / Max
IF (mA)
Typ /
Max
VCE
(Volts)
Max
Aperture
Emitter/Sensor
Lead
Length /
Spacing
Package
#
OPB380N11Z
890 nm Transistor 0.125" /
0.345”
1.0 / 5.0
20 / 50 30
0.01" / 0.01" 24"/26
AWG Wire 79
OPB380N51Z 2.5 / 10.0 0.05" / 0.01"
OPB380N55Z 3.5 / 14.0 0.05" / 0.05"
OPB390N11Z
890 nm Transistor 0.125" /
0.345”
1.0 / 5.0
20 / 50 30
0.01" / 0.01" 24"/26
AWG Wire 79OPB390N51Z 2.5 / 10.0 0.05" / 0.01"
OPB390N55Z 3.5 / 14.0 0.05" / 0.05"
OPB880N11Z
890 nm Transistor 0.125" /
0.345” 0.5 / NA 20 / 50 50
0.01" / 0.01" 24"/26
AWG Wire 81OPB880N51Z 0.05" / 0.01"
OPB880N55Z 0.05" / 0.05"
OPB881N51Z 890 nm Transistor 0.125" /
0.345” 1.0 / NA 20 / 50 50 0.05" / 0.01" 24"/26
AWG Wire
OPB881N55Z 0.05" / 0.05"
OPB882N51Z 890 nm Transistor 0.125" /
0.345” 1.8 / NA 20 / 50 50 0.05" / 0.01" 24"/26
AWG Wire 81
OPB882N55Z 0.05" / 0.05"
OPB890N11Z
890 nm Transistor 0.125" /
0.345” 0.5 / NA 20 / 50 50
0.01" / 0.01" 24"/26
AWG Wire 81OPB890N51Z 0.05" / 0.01"
OPB890N55Z 0.05" / 0.05"
OPB891N51Z 890 nm Transistor 0.125" /
0.345” 1.0 / NA 20 / 50 50 0.05" / 0.01" 24"/26
AWG Wire 81
OPB891N55Z 0.05" / 0.05"
OPB892N51Z 890 nm Transistor 0.125" /
0.345” 1.8 / NA 20 / 50 50 0.05" / 0.01" 24"/26
AWG Wire 81
OPB892N55Z 0.05" / 0.05"
81
Slotted Switch No Tab “N Package”
C-Device_Specific_Inform...
page 34 CyanMagentaYellowBlac
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Friday, November 11, 2005 14:10
Issue A 2005
OPTEK Technology Inc. www.optekinc.com
Page C—35
Slotted Switch No Tab “N Package”
Package
Slotted Switch Part Number LED Peak
Wavelength
Sensor
Photologic®
Slot
Width /
Depth
ICCL / ICCH
(mA) Max
IF (mA)
Typ /
Max
VCC
(Volts)
Min /
Max
Aperture
Emitter/Sensor
Lead
Length /
Spacing
Package
#
OPB460N11
890 nm
10K Pull-up
0.125" /
0.345” 7.5 / 7.5
20 / 50
4.5 /
16.0 0.01" / 0.01" 0.425" /
0.320" 78
OPB461N11 Open
Collector
OPB462N11 Inv-10K
20 / 50
OPB463N11 Inv-Open Col-
lector
OPB470N11
890 nm
10K Pull-up
0.125" /
0.345” 7.5 / 7.5
20 / 50
4.5 /
16.0 0.01" / 0.01" 0.425" /
0.320"
OPB471N11 Open
Collector
OPB472N11 Inv-10K
20 / 50
OPB473N11 Inv-Open Col-
lector
78
Package
Slotted Switch Part Number LED Peak
Wavelength
Sensor
Photologic®
Slot
Width /
Depth
IC(ON) (mA)
Max
IF (mA)
Typ /
Max
VCC
(Volts)
Min /
Max
Aperture
Emitter/Sensor
Lead
Length /
Spacing
Package
#
OPB665N
890 nm
10K Pull-up
0.125" /
0.345”
12 20 / 50
4.5 /
16.0 0.05" / 0.01" 0.100" /
0.320"
OPB666N Open
Collector
OPB667N Inv-10K
12 20 / 50
OPB668N Inv-Open Col-
lector
98
Package
Slotted Switch Part Number LED Peak
Wavelength Sensor Tube Size IC(ON) Ratio
Typ
IF (mA) Typ /
Max
VCE (Volts)
Max
Lead
Length /
Spacing
Package
#
OPB350
890 nm Transistor
0.125" 1 : 3.0
20 / 50 30 0.330” /
0.320”
95
OPB350L187 0.188" 1 : 2.3
OPB350L250 0.250" 1 : 2.3
97
Package
Slotted Switch Part Number LED Peak
Wavelength
Sensor
Photologic®
Slot
Width /
Depth
IC(ON) (mA)
Max
IF (mA)
Typ /
Max
VCC
(Volts)
Min /
Max
Aperture
Emitter/Sensor
Lead
Length /
Spacing
Package
#
OPB615
890 nm
10K Pull-up
0.150" /
0.240” 12 20 / 50 4.5 /
16.0 None 0.100" /
0.275" 99
OPB616 Open
Collector
OPB617 Inv-10K
OPB618 Inv-Open Col-
lector
OPB625
890 nm
10K Pull-up
0.190" /
0.285” 12 20 / 50 4.5 /
16.0 None 0.100" /
0.320" 100
OPB626 Open
Collector
OPB627 Inv-10K
OPB628 Inv-Open Col-
lector
OPB960N11
890 nm Totem-Pole 0.125" /
0.345” 15 20 / 50
4.75 /
5.25
0.01" / 0.01" 0.425" /
0.320" 78
OPB960N51 0.05" / 0.01"
OPB960N55 0.05" / 0.05"
OPB961N11
890 nm Open-
Collector
0.125" /
0.345” 15 20 / 50 4.75 /
5.25
0.01" / 0.01" 0.425" /
0.320" 78
OPB961N51 0.05" / 0.01"
OPB961N55 0.05" / 0.05"
C-Device_Specific_Inform...
page 35 CyanMagentaYellowBlac
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Friday, November 11, 2005 14:10
Issue A 2005
OPTEK Technology Inc. www.optekinc.com
Page C—36
Device Specific Information—sorted by package style
Slotted Switch No Tab “N Package Fluid Sensor
Package
Slotted Switch Part Number LED Peak
Wavelength
Sensor
Photologic®
Slot
Width /
Depth
IC(ON) (mA)
Max
IF (mA)
Typ /
Max
VCC
(Volts)
Min /
Max
Aperture
Emitter/Sensor
Lead
Length /
Spacing
Package
#
OPB480N11Z
890 nm
10K Pull-up
0.125" /
0.345” 7.5 20 / 50 4.5 /
16.0
0.01" /
0.01"
24" / 26
AWG Wire 80
OPB481N11Z Open
Collector
OPB482N11Z Inv-10K
OPB483N11Z Inv-Open Col-
lector
OPB490N11Z
890 nm
10K Pull-up
0.125" /
0.345” 7.5 20 / 50 4.5 /
16.0
0.01" /
0.01"
24" / 26
AWG Wire 80
OPB491N11Z Open
Collector
OPB492N11Z Inv-10K
OPB493N11Z Inv-Open Col-
lector
OPB980N11Z
890 nm Totem-Pole 0.125" /
0.345” 15 / 15 20 / 50 4.75 /
5.25
0.01" / 0.01"
24" / 26
AWG Wire 82 OPB980N51Z 0.05" / 0.01"
OPB980N55Z 0.05" / 0.05"
OPB981N11Z
890 nm Open-
Collector
0.125" /
0.345” 15 / 15 20 / 50 4.75 /
5.25
0.01" / 0.01"
24" / 26
AWG Wire 82OPB981N51Z 0.05" / 0.01"
OPB981N55Z 0.05" / 0.05"
OPB982N11Z
890 nm Inv-Totem-Pole 0.125" /
0.345” 15 / 15 20 / 50 4.75 /
5.25
0.01" / 0.01"
24" / 26
AWG Wire 82 OPB982N51Z 0.05" / 0.01"
OPB982N55Z 0.05" / 0.05"
OPB983N11Z
890 nm Inv-Open-
Collector
0.125" /
0.345” 15 / 15 20 / 50 4.75 /
5.25
0.01" / 0.01"
24" / 26
AWG Wire
OPB983N51Z 0.05" / 0.01"
OPB983N55Z 0.05" / 0.05"
82
Package
Slotted Switch Part Number LED Peak
Wavelength
Sensor
Photologic®
Slot
Width /
Depth
IC(ON) (mA)
Max
IF (mA)
Typ /
Max
VCC
(Volts)
Min /
Max
Aperture
Emitter/Sensor
Lead
Length /
Spacing
Package
#
OPB962N11
890 nm Inv-Totem-Pole
0.125" /
0.345” 15 20 / 50 4.75 /
5.25
0.01" / 0.01" 0.425" /
0.320" 78
OPB962N51 0.05" / 0.01"
OPB962N55 0.05" / 0.05"
OPB963N11
890 nm Inv-Open-
Collector
0.125" /
0.345” 15 20 / 50 4.75 /
5.25
0.01" / 0.01" 0.425" /
0.320" 78
OPB963N51 0.05" / 0.01"
OPB963N55 0.05" / 0.05"
OPB970N11
890 nm Totem-Pole 0.125" /
0.345” 15 20 / 50
4.75 /
5.25
0.01" / 0.01" 0.425" /
0.320 78
OPB970N51 0.05" / 0.01"
OPB970N55 0.05" / 0.05"
OPB971N11
890 nm Open-
Collector
0.125" /
0.345” 15 20 / 50 4.75 /
5.25
0.01" / 0.01" 0.425" /
0.320 78 OPB971N51 0.05" / 0.01"
OPB971N55 0.05" / 0.05"
OPB972N11
890 nm Inv-Totem-Pole
0.125" /
0.345” 15 20 / 50 4.75 /
5.25
0.01" / 0.01" 0.425" /
0.320 78
OPB972N51 0.05" / 0.01"
OPB972N55 0.05" / 0.05"
OPB973N11
890 nm Inv-Open-
Collector
0.125" /
0.345” 15 20 / 50 4.75 /
5.25
0.01" / 0.01" 0.425" /
0.320 78
OPB973N51 0.05" / 0.01"
OPB973N55 0.05" / 0.05"
C-Device_Specific_Inform...
page 36 CyanMagentaYellowBlac
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Friday, November 11, 2005 14:10
Issue A 2005
OPTEK Technology Inc. www.optekinc.com
Page C—37
Package
Slotted Switch Part Number LED Peak
Wavelength
Sensor
Photologic®
Slot
Width /
Depth
ICCL / ICCH
(mA) Max
IF (mA)
Typ /
Max
VCC
(Volts)
Min /
Max
Aperture
Emitter/Sensor
Lead
Length /
Spacing
Package
#
OPB990N11Z
890 nm Totem-Pole 0.125" /
0.345” 15 / 15 20 / 50 4.75 /
5.25
0.01" / 0.01"
24" / 26
AWG Wire 82OPB990N51Z 0.05" / 0.01"
OPB990N55Z 0.05" / 0.05"
OPB991N11Z
890 nm Open-
Collector
0.125" /
0.345” 15 / 15 20 / 50 4.75 /
5.25
0.01" / 0.01"
24" / 26
AWG Wire 82
OPB991N51 Z 0.05" / 0.01"
OPB991N55Z 0.05" / 0.05"
OPB992N11Z
890 nm Inv-Totem-Pole
0.125" /
0.345” 15 / 15 20 / 50 4.75 /
5.25
0.01" / 0.01"
24" / 26
AWG Wire 82
OPB992N51Z 0.05" / 0.01"
OPB992N55Z 0.05" / 0.05"
OPB993N11Z
890 nm Inv-Open-
Collector
0.125" /
0.345” 15 / 15 20 / 50 4.75 /
5.25
0.01" / 0.01"
24" / 26
AWG Wire 82
OPB993N51Z 0.05" / 0.01"
OPB993N55Z 0.05" / 0.05"
Package
Slotted Switch Part Number LED Peak
Wavelength Sensor
Slot
Width /
Depth
IC(ON) (mA)
Min / Max
IF (mA)
Typ /
Max
VCE
(Volts)
Max
Aperture
Emitter/Sensor
Lead
Length /
Spacing
Package
#
OPB355P 890 nm Diode 0.123" /
0.345” 0.01 / 0.20 20 / 50 30 None 0.425" /
0.320" 77
OPB360P11
890 nm Transistor 0.125" /
0.345”
1.0 / 5.0
20 / 50 30
0.01"/ 0.01"
0.425" /
0.320" 77
OPB360P51 2.5 / 10.0 0.05"/ 0.01"
OPB360P55 3.5 / 14.0 0.05"/ 0.05"
OPB365P11
890 nm Transistor 0.125" /
0.345”
1.0 / 5.0
20 / 50 30
0.01"/ 0.01"
0.425" /
0.220" 77
OPB365P51 2.5 / 10.0 0.05"/ 0.01"
OPB365P55 3.5 / 14.0 0.05"/ 0.05"
OPB370P11
890 nm Transistor 0.125" /
0.345”
1.0 / 5.0
20 / 50 30
0.01"/ 0.01"
0.425" /
0.320" 77
OPB370P51 2.5 / 10.0 0.05"/ 0.01"
OPB370P55 3.5 / 14.0 0.05"/ 0.05"
OPB375P11
890 nm Transistor 0.125" /
0.345”
1.0 / 5.0
20 / 50 30
0.01"/ 0.01"
0.425" /
0.220" 77OPB375P51 2.5 / 10.0 0.05"/ 0.01"
OPB375P55 3.5 / 14.0 0.05"/ 0.05"
OPB820
890 nm Transistor 0.080" /
0.255”
0.50 / NA
20 / 50 30
0.04"/ 0.04"
0.425" /
0.275"
OPB820S10 0.40 / NA 0.04"/ 0.01"
OPB820S5 0.30 / NA 0.04"/ 0.005"
OPB820S3 0.06 / NA 0.04"/ 0.003"
OPB825A 890 nm Transistor
0.160”/
0.280” 0.50 / NA 20 / 50 30 None 0.200” /
0.300”
OPB860P11
890 nm Transistor 0.125" /
0.345” 0.5 / NA 20 / 50 50
0.01"/ 0.01"
0.425" /
0.320" 77
OPB860P51 0.05"/ 0.01"
OPB860P55 0.05"/ 0.05"
OPB861P51 890 nm Transistor 0.125" /
0.345” 1.0 / NA 20 / 50 50 0.05"/ 0.01" 0.425" /
0.320" 77
OPB861P55 0.05"/ 0.05"
OPB862P51 890 nm Transistor 0.125" /
0.345” 1.8 / NA 20 / 50 50 0.05"/ 0.01" 0.425" /
0.320" 77
OPB862P55 0.05"/ 0.05"
OPB865P11
890 nm Transistor 0.125" /
0.345” 0.5 / NA 20 / 50 50
0.01"/ 0.01"
0.425" /
0.220" 77
OPB865P51 0.05"/ 0.01"
OPB865P55 0.05"/ 0.05"
Slotted Switch No Tab “N Package” Slotted Switch Single Tab by Photosensor “P Package”
C-Device_Specific_Inform...
page 37 CyanMagentaYellowBlac
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84
94
Issue A 2005
OPTEK Technology Inc. www.optekinc.com
Page C—38
Device Specific Information—sorted by package style
Package
Slotted Switch Part Number LED Peak
Wavelength Sensor
Slot
Width /
Depth
IC(ON) (mA)
Min / Max
IF (mA)
Typ /
Max
VCE
(Volts)
Max
Aperture
Emitter/Sensor
Lead
Length /
Spacing
Package
#
OPB885Z 890nm Transistor
0.375” /
0.595” 1.3 / 8.0 20 / 50 30 0.05” / 0.05” 24"/26
AWG Wire 141
Slotted Switch Single Tab by Photosensor “P Package”
Package
Slotted Switch Part Number LED Peak
Wavelength Sensor
Slot
Width /
Depth
IC(ON) (mA)
Min / Max
IF (mA)
Typ /
Max
VCE
(Volts)
Max
Aperture
Emitter/Sensor
Lead
Length /
Spacing
Package
#
OPB866P11
890 nm Transistor 0.125" /
0.345” 1.0 / NA 20 / 50 50
0.01"/ 0.01"
0.425" /
0.220" 77
OPB866P51 0.05"/ 0.01"
OPB866P55 0.05"/ 0.05"
OPB867P11
890 nm Transistor 0.125" /
0.345” 1.8 / NA 20 / 50 50
0.01"/ 0.01"
0.425" /
0.220" 77
OPB867P51 0.05"/ 0.01"
OPB867P55 0.05"/ 0.05"
OPB870P11
890 nm Transistor 0.125" /
0.345” 0.5 / NA 20 / 50 50 0.01"/ 0.01" 0.425" /
0.320" 77
OPB870P11TX
OPB870P11TXV
OPB870P51
890 nm Transistor 0.125" /
0.345” 0.5 / NA 20 / 50 50 0.05"/ 0.01" 0.425" /
0.320" 77
OPB870P51TX
OPB870P51TXV
OPB870P55
890 nm Transistor 0.125" /
0.345” 0.5 / NA 20 / 50 50 0.05"/ 0.05" 0.425" /
0.320" 77OPB870P55TX
OPB870P55TXV
OPB871P51
890 nm Transistor 0.125" /
0.345” 1.0 / NA 20 / 50 50 0.05"/ 0.01" 0.425" /
0.320" 77OPB871P51TX
OPB871P51TXV
OPB871P55
890 nm Transistor 0.125" /
0.345” 1.0 / NA 20 / 50 50 0.05"/ 0.05" 0.425" /
0.320" 77OPB871P55TX
OPB871P55TXV
OPB872P51
890 nm Transistor 0.125" /
0.345” 1.8 / NA 20 / 50 50 0.01"/ 0.01" 0.425" /
0.320" 77OPB872P51TX
OPB872P51TXV
OPB872P55
890 nm Transistor 0.125" /
0.345” 1.8 / NA 20 / 50 50 0.05"/ 0.05" 0.425" /
0.320" 77OPB872P55TX
OPB872P55TXV
OPB875P11
890 nm Transistor 0.125" /
0.345” 0.5 / NA 20 / 50 50
0.01"/ 0.01"
0.425" /
0.220"
OPB875P51 0.05"/ 0.01"
OPB875P55 0.05"/ 0.05"
OPB876P51 890 nm Transistor 0.12" /
0.345” 1.0 / NA 20 / 50 50 0.05"/ 0.01" 0.425" /
0.220" 77
OPB876P55 0.05"/ 0.05"
OPB877P51
890 nm Transistor 0.125" /
0.345” 1.8 / NA 20 / 50 50 0.05"/ 0.01" 0.425" /
0.220" 77
OPB877P55 0.05"/ 0.05"
77
C-Device_Specific_Inform...
page 38 CyanMagentaYellowBlac
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Friday, November 11, 2005 14:10
Issue A 2005
OPTEK Technology Inc. www.optekinc.com
Page C—39
Slotted Switch Single Tab by Photosensor “P Package”
Package
Slotted Switch Part Number LED Peak
Wavelength
Sensor
Photologic®
Slot
Width /
Depth
ICCL / ICCH
(mA) Max
IF (mA)
Typ /
Max
VCC
(Volts)
Min /
Max
Aperture
Emitter/Sensor
Lead
Length /
Spacing
Package
#
OPB460P11
890 nm
10K Pull-up
0.125" /
0.345” 7.5 / 7.5 20 / 50 4.5 /
16.0 0.01"/ 0.01" 0.425" /
0.320" 78
OPB461P11 OC
OPB462P11 Inv-10K
OPB463P11 Inv-OC
OPB470P11
890 nm
10K Pull-up
0.125" /
0.345” 7.5 / 7.5 20 / 50 4.5 /
16.0 0.01"/ 0.01" 0.425" /
0.320" 78
OPB471P11 OC
OPB472P11 Inv-10K
OPB473P11 Inv-OC
OPB960P11
890 nm Totem-Pole 0.125" /
0.345” 15 / 15 20 / 50 4.75 /
5.25
0.01"/ 0.01"
0.425" /
0.320" 78
OPB960P51 0.05"/ 0.01"
OPB960P55 0.05"/ 0.05"
Package
Slotted
Switch
Part Number
LED Peak
Wave-
length
Sensor
Slot
Width /
Depth
IC(ON) (mA)
Min
IF (mA)
Typ / Max VCE (Volts) Max Aperture
Emitter/Sensor
Lead
Length /
Spacing
Package
#
OPB821Z
880 nm Transistor 0.080" /
0.255”
0.50
20 / 50 30
0.040"/ 0.040"
4.5"/26
AWG
Wire
101
OPB821S10Z 0.40 0.040"/ 0.010"
OPB821S5Z 0.30 0.040"/ 0.005"
OPB821S3Z 0.06 0.040"/ 0.003"
OPB821TX
0.80 0.040"/ 0.040"
24"/26
AWG
Wire
OPB821TXV 101
Package
Slotted Switch Part Number LED Peak
Wavelength Sensor
Slot
Width /
Depth
IC(ON) (mA)
Min / Max
IF (mA)
Typ /
Max
VCE
(Volts)
Max
Aperture
Emitter/Sensor
Lead
Length /
Spacing
Package
#
OPB380P11Z
890 nm Transistor 0.125" /
0.345” 1.0 / 5.0 20 / 50 30
0.01"/ 0.01"
24"/26
AWG Wire 79OPB380P51Z 0.05"/ 0.01"
OPB380P55Z 0.05"/ 0.05"
OPB390P11Z
890 nm Transistor 1.0 / 5.0 20 / 50 30
0.01"/ 0.01"
24"/26
AWG Wire 79
OPB390P51Z 0.05"/ 0.01"
OPB390P55Z 0.05"/ 0.05"
OPB880P11Z
890 nm Transistor 0.125" /
0.345” 0.5 / NA 20 / 50 30
0.01"/ 0.01"
24"/26
AWG Wire 81
OPB880P51Z 0.05"/ 0.01"
OPB880P55Z 0.05"/ 0.05"
OPB881P51Z 890 nm Transistor 0.125" /
0.345” 1.0 / NA 20 / 50 30 0.05"/ 0.01" 24"/26
AWG Wire 81
OPB881P55Z 0.05"/ 0.05"
OPB882P51Z
890 nm Transistor 0.125" /
0.345” 1.8/NA 20 / 50 30 0.05"/ 0.01" 24"/26
AWG Wire 81
OPB882P55Z 0.05"/ 0.05"
OPB890P11Z
890 nm Transistor 0.125" /
0.345” 0.5/NA 20 / 50 30
0.01"/ 0.01"
24"/26
AWG Wire 81
OPB890P51Z 0.05"/ 0.01"
OPB890P55Z 0.05"/ 0.05"
OPB891P51Z 890 nm Transistor 0.125" /
0.345” 1.0/NA 20 / 50 30 0.05"/ 0.01" 24"/26
AWG Wire 81
OPB891P55Z 0.05"/ 0.05"
OPB892P51Z 890 nm Transistor 0.125" /
0.345” 1.8/NA 20 / 50 30 0.05"/ 0.01" 24"/26
AWG Wire 81
OPB892P55Z 0.05"/ 0.05"
0.125" /
0.345”
C-Device_Specific_Inform...
page 39 CyanMagentaYellowBlac
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Friday, November 11, 2005 14:10
Issue A 2005
OPTEK Technology Inc. www.optekinc.com
Page C—40
Device Specific Information—sorted by package style
Slotted Switch Single Tab by Photosensor “P Package”
Package
Slotted Switch Part Number LED Peak
Wavelength
Sensor
Photologic®
Slot
Width /
Depth
ICCL / ICCH
(mA) Max
IF (mA)
Typ /
Max
VCC
(Volts)
Min /
Max
Aperture
Emitter/Sensor
Lead
Length /
Spacing
Package
#
OPB480P11Z
890 nm
10K Pull-up
0.125" /
0.345” 7.5 / 7.5 20 / 50 4.5 /
16.0 0.01"/ 0.01" 24" / 26
AWG Wire 80
OPB481P11Z OC
OPB482P11Z Inv-10K
OPB483P11Z Inv-OC
OPB490P11Z
890 nm
10K Pull-up
0.125" /
0.345” 7.5 / 7.5 20 / 50 4.5 /
16.0 0.01"/ 0.01" 24" / 26
AWG Wire 80
OPB491P11Z OC
OPB492P11Z Inv-10K
OPB493P11Z Inv-OC
OPB980P11Z
890 nm Totem-Pole 0.125" /
0.345” 15 / 15 20 / 50 4.75 /
5.25
0.01"/ 0.01" 24" / 26
AWG Wire 82 OPB980P51Z 0.05"/ 0.01"
OPB980P55Z 0.05"/ 0.05"
OPB981P11Z
890 nm Open-
Collector
0.125" /
0.345” 15 / 15 20 / 50 4.75 /
5.25
0.01"/ 0.01" 24" / 26
AWG Wire 82OPB981P51Z 0.05"/ 0.01"
OPB981P55Z 0.05"/ 0.05"
OPB982P11Z
890 nm Inv-Totem-Pole 0.125" /
0.345” 15 / 15 20 / 50 4.75 /
5.25
0.01"/ 0.01" 24" / 26
AWG Wire 82OPB982P51Z 0.05"/ 0.01"
OPB982P55Z 0.05"/ 0.05"
OPB983P11Z
890 nm Inv-Open-
Collector
0.125" /
0.345” 15 / 15 20 / 50 4.75 /
5.25
0.01"/ 0.01" 24" / 26
AWG Wire 82OPB983P51Z 0.05"/ 0.01"
OPB983P55Z 0.05"/ 0.05"
OPB990P11Z
890 nm Totem-Pole 0.125" /
0.345” 15 / 15 20 / 50 4.75 /
5.25
0.01"/ 0.01" 24" / 26
AWG Wire 82
OPB990P51Z 0.05"/ 0.01"
OPB990P55Z 0.05"/ 0.05"
Package
Slotted Switch Part Number LED Peak
Wavelength
Sensor
Photologic®
Slot
Width /
Depth
ICCL / ICCH
(mA) Max
IF (mA)
Typ /
Max
VCC
(Volts)
Min /
Max
Aperture
Emitter/Sensor
Lead
Length /
Spacing
Package
#
OPB961P11
890 nm Open-
Collector
0.125" /
0.345” 15 / 15 20 / 50 4.75 /
5.25
0.01"/ 0.01"
0.425" /
0.320" 78
OPB961P51 0.05"/ 0.01"
OPB961P55 0.05"/ 0.05"
OPB962P11
890 nm Inv-Totem-Pole 0.125" /
0.345” 15 / 15 20 / 50 4.75 /
5.25
0.01"/ 0.01"
0.425" /
0.320" 78
OPB962P51 0.05"/ 0.01"
OPB962P55 0.05"/ 0.05"
OPB963P11
890 nm Inv-Open-
Collector
0.125" /
0.345” 15 / 15 20 / 50 4.75 /
5.25
0.01"/ 0.01"
0.425" /
0.320" 78
OPB963P51 0.05"/ 0.01"
OPB963P55 0.05"/ 0.05"
OPB970P11
890 nm Totem-Pole 0.125" /
0.345” 15 / 15 20 / 50 4.75 /
5.25
0.01"/ 0.01"
0.425" /
0.320" 78
OPB970P51 0.05"/ 0.01"
OPB970P55 0.05"/ 0.05"
OPB971P11
890 nm Open-
Collector
0.125" /
0.345” 15 / 15 20 / 50 4.75 /
5.25
0.01"/ 0.01" 0.425" /
0.320" 78OPB971P51 0.05"/ 0.01"
OPB971P55 0.05"/ 0.05"
OPB972P11
890 nm Inv-Totem-Pole 0.125" /
0.345” 15 / 15 20 / 50 4.75 /
5.25
0.01"/ 0.01" 0.425" /
0.320" 78OPB972P51 0.05"/ 0.01"
OPB972P55 0.05"/ 0.05"
OPB973P11
890 nm Inv-Open-
Collector
0.125" /
0.345” 20 / 50 4.75 /
5.25
0.01"/ 0.01"
0.425" /
0.320" 78
OPB973P51 0.05"/ 0.01"
OPB973P55 0.05"/ 0.05"
15 / 15
C-Device_Specific_Inform...
page 40 CyanMagentaYellowBlac
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Friday, November 11, 2005 14:10
Issue A 2005
OPTEK Technology Inc. www.optekinc.com
Page C—41
Package
Slotted Switch Part Number LED Peak
Wavelength
Sensor
Photologic®
Slot
Width /
Depth
ICCL / ICCH
(mA) Max
IF (mA)
Typ /
Max
VCC
(Volts)
Min /
Max
Aperture
Emitter/Sensor
Lead
Length /
Spacing
Package
#
OPB991P11Z
Open-
Collector
0.125" /
0.345” 15 / 15 20 / 50 4.75 /
5.25
0.01"/ 0.01"
24" / 26
AWG Wire 82
OPB991P51Z 0.05"/ 0.01"
OPB991P55Z 0.05"/ 0.05"
OPB992P11Z
890 nm Inv-Totem-Pole
0.125" /
0.345” 15 / 15 20 / 50 4.75 /
5.25
0.01"/ 0.01"
24" / 26
AWG Wire 82
OPB992P51Z 0.05"/ 0.01"
OPB992P55Z 0.05"/ 0.05"
OPB993P11Z
890 nm Inv-Open-
Collector
0.125" /
0.345” 15 / 15 20 / 50 4.75 /
5.25
0.01"/ 0.01"
24" / 26
AWG Wire 82
OPB993P51Z 0.05"/ 0.01"
OPB993P55Z 0.05"/ 0.05"
890 nm
Slotted Switch Single Tab by Photosensor “P Package”
Package
Slotted Switch Part Number LED Peak
Wavelength Sensor
Slot
Width /
Depth
IC(ON) (mA)
Min
IF (mA)
Typ /
Max
VCE
(Volts)
Max
Aperture
Emitter/Sensor Lead Length Package
#
OPB806 935 nm Transistor
0.125" /
0.375” 0.4 20 / 50 30 None 0.500" 102
Package
Slotted Switch Part Number LED Peak
Wavelength Sensor
Slot
Width /
Depth
IC(ON) (mA)
Min / Max
IF (mA)
Typ /
Max
VCE
(Volts)
Max
Aperture
Emitter/Sensor
Lead
Length /
Spacing
Package
#
OPB355T 890 nm Diode 0.123" / 0.01 / 0.20 20 / 50 30 None 0.425" / 77
OPB360T11
890 nm Transistor 0.125" /
0.345”
1.0 / 5.0
20 / 50 30
0.01" / 0.01"
0.425" /
0.320" 77
OPB360T51 2.5 / 10.0 0.05" / 0.01"
OPB360T55 3.5 / 14.0 0.05" / 0.05"
OPB365T11
890 nm Transistor 0.125" /
0.345”
1.0 / 5.0
20 / 50 30
0.01" / 0.01"
0.425" /
0.220" 77
OPB365T51 2.5 / 10.0 0.05" / 0.01"
OPB365T55 3.5 / 14.0 0.05" / 0.05"
OPB370T11
890 nm Transistor 0.125" /
0.345”
1.0 / 5.0
20 / 50 30
0.01" / 0.01"
0.425" /
0.320" 77 OPB370T51 2.5 / 10.0 0.05" / 0.01"
OPB370T55 3.5 / 14.0 0.05" / 0.05"
OPB375T11
890 nm Transistor 0.125" /
0.345”
1.0 / 5.0
20 / 50 30
0.01" / 0.01"
0.425" /
0.220" 77 OPB375T51 2.5 / 10.0 0.05" / 0.01"
OPB375T55 3.5 / 14.0 0.05" / 0.05"
OPB660T 890 nm Transistor 0.125" / 0.60 / NA 10 / 50 30 0.05" / 0.01" 0.100" / 92
OPB800L51
Transistor 0.375" /
0.350”
0.05 / NA 20 / 50
30
0.05" / 0.01"
0.425" /
0.570"
109
OPB800L55
0.05" / 0.05"
OPB801L55 1.0 / NA 10 / 50 109
OPB802L55 1.8 / NA 20 /50 109
OPB810L51
890 nm Transistor 0.375" /
0.350”
0.05 / NA
20 / 50 30
0.05" / 0.01"
0.425" /
0.570"
109
OPB810L55
0.05" / 0.05"
OPB811L55 1.0 / NA 109
OPB812L55 1.8 / NA
890 nm
C-Device_Specific_Inform...
page 41 CyanMagentaYellowBlac
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Friday, November 11, 2005 14:10
Issue A 2005
OPTEK Technology Inc. www.optekinc.com
Page C—42
Device Specific Information—sorted by package style
Slotted Switch Tab Both Sides “T Package”
Package
Slotted Switch Part Number LED Peak
Wavelength Sensor
Slot
Width/
Depth
IC(ON) (mA)
Min / Max
IF (mA)
Typ /
Max
VCE
(Volts)
Max
Aperture
Emitter/Sensor
Lead
Length /
Spacing
Package
#
OPB815L 890 nm Transistor 0.375" / 1.8 / NA 20 / 50 30 None 0.100" / 104
OPB825B 890 nm Transistor 0.160" / 0.5 / NA 20 / 50 30 None 0.200" / 84
OPB827A
890 nm Transistor 0.120" /
0.315” 1.8 / NA 20 / 50 30
None
0.425" /
0.300" 105
OPB827B None / 0.01"
OPB827C None / 0.06"
OPB827D None / 0.01"
OPB828A
890 nm Transistor 0.120" /
0.315” 1.8 / NA 20 / 50 30
None
0.425" /
0.220" 105
OPB828B None / 0.01"
OPB828C None / 0.06"
OPB828D None / 0.01"
OPB852A1
890 nm Transistor 0.120" /
0.315”
1.0 / NA
20 / 50 30 0.05" / 0.01" 0.425" /
0.290" 106
OPB852A2 2.0 / NA
OPB852A3 4.0 / NA
OPB853A1
890 nm Darlington 0.120" /
0.315”
1.0 / NA
20 / 50 30 0.05" / 0.01" 0.425" /
0.290" 106
OPB853A2 2.0 / NA
OPB853A3 4.0 / NA
OPB854A3
890 nm Transistor 0.100" /
0.250”
3.0 / NA 16 / 50 30 None 0.400" /
0.300" 83
OPB854B3 1.0 / NA
OPB859 890 nm Transistor 0.120" / 0.25 / NA 20 / 50 30 0.50" / 0.50" 0.425" / 107
OPB860T11
890 nm Transistor 0.125" /
0.315” 0.5 / NA 20 / 50 50
0.01" / 0.01"
0.425" /
0.320" 77
OPB860T51 0.05" / 0.01"
OPB860T55 0.05" / 0.05"
OPB861T51 890 nm Transistor 0.125" /
0.315” 1.0 / NA 10 / 50 50 0.01" / 0.01" 0.425" /
0.320" 77
OPB861T55 0.05" / 0.01"
OPB862T51 890 nm Transistor 0.125" /
0.345” 1.8 / NA 20 / 50 50 0.01" / 0.01" 0.425" /
0.320" 77
OPB862T55 0.05" / 0.01"
OPB865T11
890 nm Transistor 0.125" /
0.345” 0.5 / NA 20 / 50 50
0.01" / 0.01"
0.425" /
0.220" 77
OPB865T51 0.05" / 0.01"
OPB865T55 0.05" / 0.05"
OPB866T51
890 nm Transistor 0.125" /
0.345” 1.0 / NA 10 / 50 50 0.05" / 0.01" 0.425" /
0.220" 77
OPB866T55 0.05" / 0.05"
OPB867T51 890 nm Transistor 0.125" /
0.345” 1.8 / NA 20 / 50 50 0.05" / 0.01" 0.425" /
0.220" 77
OPB867T55 0.05" / 0.05"
OPB870T11
890 nm Transistor 0.125" /
0.345” 0.5 / NA 20 / 50 50
0.01" / 0.01"
0.425" /
0.320" 77
OPB870T11TX 0.01" / 0.01"
OPB870T11TX 0.01" / 0.01"
OPB870T51
890 nm Transistor 0.125" /
0.345” 0.5 / NA 20 / 50 50
0.05" / 0.01"
0.425" /
0.320" 77
OPB870T51TX 0.05" / 0.01"
OPB870T51TX 0.05" / 0.01"
C-Device_Specific_Inform...
page 42 CyanMagentaYellowBlac
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Friday, November 11, 2005 14:10
Issue A 2005
OPTEK Technology Inc. www.optekinc.com
Page C—43
Slotted Switch Tab Both Sides “T Package”
Package
Slotted Switch Part Number LED Peak
Wavelength Sensor
Slot
Width /
Depth
IC(ON) (mA)
Min / Max
IF (mA)
Typ /
Max
VCE
(Volts)
Max
Aperture
Emitter/Sensor
Lead
Length /
Spacing
Package
#
OPB870T55
890 nm Transistor 0.125" /
0.345” 0.5 / NA 20 / 50 50 0.05" / 0.05" 0.425" /
0.320" 77
OPB870T55TX
OPB870T55TX
OPB871T51
890 nm Transistor 0.125" /
0.345” 1.0 / NA 10 / 50 50 0.05" / 0.01" 0.425" /
0.320" 77
OPB871T51TX
OPB871T51TX
OPB871T55
890 nm Transistor 0.125" /
0.345” 1.0 / NA 10 / 50 50 0.05" / 0.05" 0.425" /
0.320" 77
OPB871T55TX
OPB871T55TX
OPB872T11
890 nm Transistor 0.125" /
0.345” 1.8 / NA 20 / 50 50 0.01" / 0.01" 0.425" /
0.320" 77
OPB872T11TX
OPB872T11TX
OPB872T51
890 nm Transistor 0.125" /
0.345” 1.8 / NA 20 / 50 50 0.05" / 0.01" 0.425" /
0.320" 77
OPB872T51TX
OPB872T51TX
OPB872T55
890 nm Transistor 0.125" /
0.345” 1.8 / NA 20 / 50 50 0.05" / 0.05" 0.425" /
0.320" 77
OPB872T55TX
OPB872T55TX
OPB875T11
890 nm Transistor 0.125" /
0.345” 0.5 / NA 20 / 50 50
0.01" / 0.01"
0.425" /
0.220" 77
OPB875T51 0.05" / 0.01"
OPB875T55 0.05" / 0.05"
OPB876T11
890 nm Transistor 0.125" /
0.345” 1.0 / NA 10 / 50 50
0.01" / 0.01"
0.425" /
0.220" 77
OPB876T51 0.05" / 0.01"
OPB876T55 0.05" / 0.05"
OPB877T11
890 nm Transistor 0.125" /
0.345” 1.8 / NA 20 / 50 50
0.01" / 0.01"
0.425" /
0.220" 77
OPB877T51 0.05" / 0.01"
OPB877T55 0.05" / 0.05"
Package
Slotted Switch Part Number LED Peak
Wavelength Sensor
Slot
Width /
Depth
IC(ON) (mA)
Min / Max
IF (mA)
Typ /
Max
VCE
(Volts)
Max
Aperture
Emitter/Sensor
Lead
Length /
Spacing
Package
#
OPB380T11Z
890 nm Transistor 0.125" /
0.345”
1.0 / 5.0
20 / 50 0.4
0.01" / 0.01"
24" / 26
AWG Wire 79 OPB380T51Z 2.5 / 10.0 0.05" / 0.01"
OPB380T55Z 3.5 / 14.0 0.05" / 0.05"
OPB390T11Z
890 nm Transistor 0.125" /
0.345”
1.0 / 5.0
20 / 50 30
0.01" / 0.01"
24" / 26
AWG Wire 79 OPB390T51Z 2.5 / 10.0 0.05" / 0.01"
OPB390T55Z 3.5 / 14.0 0.05" / 0.05"
OPB800W51Z
890 nm Transistor 0.375" /
0.350”
0.05 / NA 20 /50
30
0.01" / 0.01"
24" / 26
AWG Wire
109
OPB800W55Z
0.05" / 0.05" OPB801W55Z 1.0 / NA 10 / 50 109
OPB802W55Z 1.8 / NA 20 / 50
OPB810W51Z
890 nm Transistor 0.375" /
0.350”
0.05 / NA 20 /50
30
0.01" / 0.01" 109
OPB810W55Z
0.05" / 0.05"
OPB811W55Z 1.0 / NA 10 / 50 109
OPB812W55Z 1.8 / NA 20 / 50
24" / 26
AWG Wire
C-Device_Specific_Inform...
page 43 CyanMagentaYellowBlac
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Friday, November 11, 2005 14:10
Issue A 2005
OPTEK Technology Inc. www.optekinc.com
Page C—44
Device Specific Information—sorted by package style
Slotted Switch Tab Both Sides — “T Package”
Package
Slotted Switch Part Number LED Peak
Wavelength Sensor
Slot
Width /
Depth
IC(ON) (mA)
Min / Max
IF (mA)
Typ /
Max
VCE
(Volts)
Max
Aperture
Emitter/Sensor
Lead
Length /
Spacing
Package
#
OPB815WZ 890 nm Transistor 0.375"/
0.430” 1.0 / NA 20 / 50 30 None 24" / 26
AWG 104
OPB829AZ
890 nm Transistor 0.125” /
0.315” 1.8 / NA 20 / 50 30
None
24" / 26
AWG 111
OPB829BZ None / 0.01"
OPB829CZ None / 0.06"
OPB829DZ None / 0.01"
OPB880T11Z
890 nm Transistor 0.125" /
0.315” 0.5 / NA 20 / 50 50
0.01" / 0.01"
24" / 26
AWG Wire 81 OPB880T51Z 0.05" / 0.01"
OPB880T55Z 0.05" / 0.05"
OPB881T51Z
890 nm Transistor 0.125" /
0.315” 1.0 / NA 10 / 50 50
0.05" / 0.01" 24" / 26
AWG Wire 81
OPB881T55Z 0.05" / 0.05"
OPB882T51Z
890 nm Transistor 0.125" /
0.315” 1.8 / NA 20 / 50 50
0.05" / 0.01" 24" / 26
AWG Wire 81
OPB882T55Z 0.05" / 0.05"
OPB890T11Z
890 nm Transistor 0.125" /
0.315” 0.5 / NA 20 / 50 50
0.01" / 0.01"
24" / 26
AWG Wire 81 OPB890T51Z 0.05" / 0.01"
OPB890T55Z 0.05" / 0.05"
OPB891T51Z
890 nm Transistor 0.125" /
0.315” 1.0 / NA 10 / 50 50
0.05" / 0.01" 24" / 26
AWG Wire 81
OPB891T55Z 0.05" / 0.05"
OPB892T51Z
890 nm Transistor 0.125" /
0.315” 1.8 / NA 20 / 50 50 0.05" / 0.01" 24" / 26
AWG Wire 81
OPB892T55Z 0.05" / 0.05"
Package
Slotted Switch Part Number LED Peak
Wavelength
Sensor
Photologic®
Slot
Width /
Depth
ICCL / ICCH
(mA) Max
IF (mA)
Typ /
Max
VCC
(Volts)
Min /
Max
Aperture
Emitter/Sensor
Lead
Length /
Spacing
Package
#
OPB460T11
890 nm
10K Pull-up
0.125" /
0.345” 7.5 / 7.5
12 / 50
4 / 16.0 0.01" / 0.01" 0.425" /
0.320" 78
OPB461T11 OC
OPB462T11 Inv-10K
12 / 50
OPB463T11 Inv-OC
OPB470T11
890 nm
10K Pull-up
0.125" /
0.345” 7.5 / 7.5
12 / 50
4 / 16.0 0.01" / 0.01" 0.425" /
0.320" 78
OPB471T11 OC
OPB472T11 Inv-10K
12 / 50
OPB473T11 Inv-OC
OPB665T
890 nm
10K Pull-up
0.125" /
0.345” 12 / 12 10 / 50 4 / 16.0 0.05" / 0.01" 0.100" /
0.320" 98
OPB666T OC
OPB667T Inv-10K
OPB668T Inv-OC
OPB960T11
890 nm Totem-Pole 0.125" /
0.345” 15 / 15 15 / 50 4.75 /
5.25
0.01" / 0.01"
0.425" /
0.320" 78
OPB960T51 0.05" / 0.01"
OPB960T55 0.05" / 0.05"
C-Device_Specific_Info.p...
page 44
Cyan
Magenta
Yellow
Blac
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Cyan
Magenta
Yellow
Blac
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Monday, November 21, 2005 12:55
Issue A 2005
OPTEK Technology Inc. www.optekinc.com
Page C—45
Slotted Switch Tab Both Sides —“T Package”
Package
Slotted Switch Part Number LED Peak
Wavelength
Sensor
Photologic®
Slot
Width /
Depth
ICCL / ICCH
(mA) Max
IF (mA)
Typ /
Max
VCC
(Volts)
Min /
Max
Aperture
Emitter/Sensor
Lead
Length /
Spacing
Package
#
OPB961T11
890 nm Open-
Collector
0.125" /
0.345” 15 / 15 15 / 50 4.75 /
5.25
0.01" / 0.01"
0.425" /
0.320" 78OPB961T51 0.05" / 0.01"
OPB961T55 0.05" / 0.05"
OPB962T11
890 nm Inv-Totem-Pole 0.125" /
0.345” 15 / 15 15 / 50 4.75 /
5.25
0.01" / 0.01"
0.425" /
0.320" 78 OPB962T51 0.05" / 0.01"
OPB962T55 0.05" / 0.05"
OPB963T11
890 nm Inv-Open-
Collector
0.125" /
0.345” 15 / 15 15 / 50 4.75 /
5.25
0.01" / 0.01"
0.425" /
0.320" 78 OPB963T51 0.05" / 0.01"
OPB963T55 0.05" / 0.05"
OPB970T11
890 nm Totem-Pole 0.125" /
0.345” 15 / 15 15 / 50 4.75 /
5.25
0.01" / 0.01"
0.425" /
0.320" 78
OPB970T51 0.05" / 0.01"
OPB970T55 0.05" / 0.05"
OPB971T11
890 nm Open-
Collector
0.125" /
0.345” 15 / 15 15 / 50 4.75 /
5.25
0.01" / 0.01"
0.425" /
0.320" 78
OPB971T51 0.05" / 0.01"
OPB971T55 0.05" / 0.05"
OPB972T11
890 nm Inv-Totem-Pole 0.125" /
0.345” 15 / 15 15 / 50 4.75 /
5.25
0.01" / 0.01"
0.425" /
0.320" 78OPB972T51 0.05" / 0.01"
OPB972T55 0.05" / 0.05"
OPB973T11
890 nm Inv-Open-
Collector
0.125" /
0.345” 15 / 15 15 / 50 4.75 /
5.25
0.01" / 0.01"
0.425" /
0.320" 78 OPB973T51 0.05" / 0.01"
OPB973T55 0.05" / 0.05"
OPB900L55
890 nm
Totem-Pole
0.375" /
0.350” 15 / 15
20 / 50
4.75 /
5.25 0.05" / 0.05" 0.425" /
0.570" 112
OPB901L55 OC
OPB902L55 Inv-Totem-Pole 20 / 50
OPB903L55 Inv-OC
OPB910L55
890 nm
Totem-Pole
0.375" /
0.350” 15 / 15
20 / 50
4.75 /
5.25 0.05" / 0.05" 0.425" /
0.570"
OPB911L55 OC
OPB912L55 Inv-Totem-Pole 20 / 50
OPB913L55 Inv-OC
112
Package
Slotted Switch Part Number LED Peak
Wavelength
Sensor
Photologic®
Slot
Width /
Depth
ICCL / ICCH
(mA) Max
IF (mA)
Typ /
Max
VCC
(Volts)
Min /
Max
Aperture
Emitter/Sensor
Lead
Length /
Spacing
Package
#
OPB480T11Z
890 nm
10K Pull-up
0.125" /
0.345” 7.5 / 7.5
12 / 50
4.5 /
16.0 0.01" / 0.01" 24" / 26
AWG Wire 80
OPB481T11Z OC
OPB482T11Z Inv-10K 12 / 50
OPB483T11Z Inv-OC
OPB490T11Z
890 nm
10K Pull-up
0.125" /
0.345” 7.5 / 7.5
12 / 50
4.5 /
16.0 0.01" / 0.01" 24" / 26
AWG Wire 80
OPB491T11Z OC
OPB492T11Z Inv-10K 12 / 50
OPB493T11Z Inv-OC
C-Device_Specific_Inform...
page 45 CyanMagentaYellowBlac
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CyanMagentaYellowBlac
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Friday, November 11, 2005 14:10
Issue A 2005
OPTEK Technology Inc. www.optekinc.com
Page C—46
Device Specific Information—sorted by package style
Slotted Switch Tab Both Sides — “T Package”
Package
Slotted Switch Part Number LED Peak
Wavelength
Sensor
Photologic®
Slot
Width /
Depth
ICCL / ICCH
(mA) Max
IF (mA)
Typ /
Max
VCC
(Volts)
Min /
Max
Aperture
Emitter/Sensor
Lead
Length /
Spacing
Package
#
OPB980T11Z
890 nm Totem-Pole 0.125" /
0.345” 15 / 15 15 /50 4.75 /
5.25
0.01" / 0.01"
24" / 26
AWG Wire 82 OPB980T51Z 0.05" / 0.01"
OPB980T55Z 0.05" / 0.05"
OPB981T11Z
890 nm Open-
Collector
0.125" /
0.345” 15 / 15 15 /50 4.75 /
5.25
0.01" / 0.01"
24" / 26
AWG Wire 82
OPB981T51Z 0.05" / 0.01"
OPB981T55Z 0.05" / 0.05"
OPB982T11Z
890 nm Inv-Totem-Pole 0.125" /
0.345” 15 / 15 15 /50 4.75 /
5.25
0.01" / 0.01"
24" / 26
AWG Wire 82OPB982T51Z 0.05" / 0.01"
OPB982T55Z 0.05" / 0.05"
OPB983T11Z
890 nm Inv-Open-
Collector
0.125" /
0.345” 15 / 15 15 /50 4.75 /
5.25
0.01" / 0.01"
24" / 26
AWG Wire 82OPB983T51Z 0.05" / 0.01"
OPB983T55Z 0.05" / 0.05"
OPB990T11Z
890 nm Totem-Pole 0.125" /
0.345” 15 / 15 15 /50 4.75 /
5.25
0.01" / 0.01"
24" / 26
AWG Wire 82 OPB990T51Z 0.05" / 0.01"
OPB990T55Z 0.05" / 0.05"
OPB991T11Z
890 nm Open-
Collector
0.125" /
0.345” 15 / 15 15 /50 4.75 /
5.25
0.01" / 0.01"
24" / 26
AWG Wire 82 OPB991T51Z 0.05" / 0.01"
OPB991T55Z 0.05" / 0.05"
OPB992T11Z
890 nm Inv-Totem-Pole 0.125" /
0.345” 15 / 15 15 /50 4.75 /
5.25
0.01" / 0.01"
24" / 26
AWG Wire 82 OPB992T51Z 0.05" / 0.01"
OPB992T55Z 0.05" / 0.05"
OPB993T11Z
890 nm Inv-Open-
Collector
0.125" /
0.345” 15 / 15 15 /50 4.75 /
5.25
0.01" / 0.01"
24" / 26
AWG Wire 82 OPB993T51Z 0.05" / 0.01"
OPB993T55Z 0.05" / 0.05"
OPB900W55Z
890 nm
Totem-Pole
0.375" /
0.350” 15 / 15 20 / 50 4.75 /
5.25 0.05" / 0.05" 24" / 26
AWG Wire 112
OPB901W55Z Open-
Collector
OPB902W55Z Inv-Totem-Pole
OPB903W55Z Inv-Open-
Collector
OPB910W55Z
890 nm
Totem-Pole
0.375" /
0.350” 15 / 15 20 / 50 4.75 /
5.25 0.05" / 0.05" 24" / 26
AWG Wire
OPB911W55Z Open-
Collector
OPB912W55Z Inv-Totem-Pole
OPB913W55Z Inv-Open-
Collector
112
Package
Slotted Switch Part Number LED Peak
Wavelength Sensor
Slot
Width /
Depth
IC(ON) (mA)
Max
IF (mA)
Typ /
Max
VCE
(Volts)
Max
Aperture
Emitter/Sensor
Lead
Length /
Spacing
Package
#
OPB816Z
890 nm Transistor
0.200" /
0.635” 30
20 / 50 30
0.05” / 0.01"
24" / 26
AWG Wire
OPB817Z 0.200” /
0.885” 30 0.05" / 0.01"
113
114
C-Device_Specific_Inform...
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Issue A 2005
OPTEK Technology Inc. www.optekinc.com
Page C—47
Slotted Switch Tab Both Sides “T Package”
Package
Dual Sensor Part Number LED Peak
Wavelength Sensor Slot
Width
IC(ON) (mA)
Min
IF (mA)
Typ /
Max
VCE
(Volts)
Max
Aperture
Emitter/Sensor
Lead
Length /
Spacing
Package
#
OPB822S
890 nm Transistor 0.090"
0.25
20 / 50 30
None / 0.01"
.0425" /
0.300"
OPB822SD 0.10 0.01" / 0.01"
117
Package
Slotted Switch Part Number LED Peak
Wavelength Sensor
Slot
Width /
Depth
IC(ON) (mA)
Min / Max
IF (mA)
Typ /
Max
VCE
(Volts)
Max
Aperture
Emitter/Sensor
Lead
Length /
Spacing
Package
#
OPB819Z 890 nm Transistor
1.26" /
1.38” 0.10 / 30 20 / 50 30 None 24" / 26
AWG Wire 116
Package
Slotted Switch Part Number LED Peak
Wavelength
Sensor
Photologic®
Slot
Width/
Depth
ICCL / ICCH
(mA) Max
IF (mA)
Typ /
Max
VCC
(Volts)
Min /
Max
Aperture
Emitter/Sensor
Lead
Length /
Spacing
Package
#
OPB916BZ
880 nm
10K Pull-Up
0.200” /
0.635” 7 / 7 10 / 50 4.5 /
18.0 0.05" / 0.01" 24" / 26
AWG Wire 118
OPB916BOCZ Inv-10K
Pull-Up
OPB916IZ Open-
Collector
OPB916IOCZ Inv-Open-
Collector
OPB917BZ
880 nm
10K Pull-Up
0.200” /
0.885 7 / 7 10 / 50 4.5 /
18.0 0.05" / 0.01" 24" / 26
AWG Wire
OPB917BOCZ Inv-10K
Pull-Up
OPB917IZ Open-
Collector
OPB917IOCZ Inv-Open-
Collector
115
Package
Fluid Sensor Part Number LED Peak
Wavelength Sensor Tube Size IC(ON) Ratio
Typ
IF (mA) Typ /
Max
VCE (Volts)
Max
Lead
Length /
Spacing
Package
#
OPB350W187Z
890 nm Transistor
0.188" 1 : 2.3
20 / 50 30 24" / 26
AWG Wire
OPB350W250Z 0.250" 1 : 2.3
96
Package
Slotted Switch Part Number LED Peak
Wavelength Sensor
Slot
Width/
Depth
IC(ON) (mA)
Max
IF (mA)
Typ /
Max
VCE
(Volts)
Max
Aperture
Emitter/Sensor
Lead
Length /
Spacing
Package
#
OPB830L11
890 nm Transistor 0.125" /
0.315” 0.50 20 / 50 50
0.01" / 0.01"
0.425"/
0.320" 120 OPB830L51 0.05" / 0.01"
OPB830L55 0.05" / 0.05"
OPB831L51
890 nm Transistor 0.125" /
0.315” 1.00 20 / 50 50 0.05" / 0.01" 0.425"/
0.320" 120
OPB831L55 0.05" / 0.05"
890 nm Transistor 0.125" /
0.315” 1.80 20 / 50 50 0.425"/
0.320" 120
OPB832L51 0.05" / 0.01"
OPB832L55 0.05" / 0.05"
C-Device_Specific_Inform...
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Issue A 2005
OPTEK Technology Inc. www.optekinc.com
Page C—48
Device Specific Information—sorted by package style
Package
Slotted Switch Part Number LED Peak
Wavelength Sensor
Slot
Width /
Depth
IC(ON) (mA)
Max
IF (mA)
Typ /
Max
VCE
(Volts)
Max
Aperture
Emitter/Sensor
Lead
Length /
Spacing
Package
#
OPB830W11Z
880 nm Transistor 0.125" /
0.315” 0.50 20 / 50 10
0.01" / 0.01"
24"/26
AWG Wire 121
OPB830W51Z 0.05" / 0.01"
OPB830W55Z 0.05" / 0.05"
OPB831W51Z 880 nm Transistor 0.125" /
0.315” 1.00 20 / 50 10 0.05" / 0.01" 24"/26
AWG Wire 121
OPB831W55Z 0.05" / 0.05"
OPB832W51Z
880 nm Transistor 0.125" /
0.315” 1.80 20 / 50 10 0.05" / 0.01" 24"/26
AWG Wire 121
OPB832W55Z 0.05" / 0.05"
OPB840W11Z
880 nm Transistor 0.125" /
0.315” 0.50 20 / 50 10
0.01" / 0.01"
24"/26
AWG Wire 121
OPB840W51Z 0.05" / 0.01"
OPB840W55Z 0.05" / 0.05"
OPB841W51Z 880 nm Transistor 0.125" /
0.315” 1.00 20 / 50 10 0.05" / 0.01" 24"/26
AWG Wire 121
OPB841W55Z 0.05" / 0.05"
880 nm Transistor 0.125" /
0.315” 1.80 20 / 50 10 24"/26
AWG Wire 121
OPB842W51Z 0.05" / 0.01"
OPB842W55Z 0.05" / 0.05"
Slotted Switch Tab Both Sides — “T Package”
Package
Slotted Switch Part Number LED Peak
Wavelength Sensor
Slot
Width/
Depth
IC(ON) (mA)
Max
IF (mA)
Typ /
Max
VCE
(Volts)
Max
Aperture
Emitter/Sensor
Lead
Length /
Spacing
Package
#
OPB835L11
890 nm Transistor 0.125" /
0.315” 0.50 20 / 50 50
0.01" / 0.01"
0.425"/
0.320" 120OPB835L51 0.05" / 0.01"
OPB835L55 0.05" / 0.05"
OPB836L51
890 nm Transistor 0.125" /
0.315” 1.00 20 / 50 50 0.05" / 0.01" 0.425"/
0.320" 120
OPB836L55 0.05" / 0.05"
OPB837L51
890 nm Transistor 0.125" /
0.315” 1.80 20 / 50 50 0.05" / 0.01" 0.425"/
0.320" 120
OPB837L55 0.05" / 0.05"
OPB840L11
890 nm Transistor 0.125" /
0.315” 0.50 20 / 50 50
0.01" / 0.01"
0.425"/
0.320" 120 OPB840L51 0.05" / 0.01"
OPB840L55 0.05" / 0.05"
OPB841L51 890 nm Transistor 0.125" /
0.315” 1.00 20 / 50 50 0.05" / 0.01" 0.425"/
0.320" 120
OPB841L55 0.05" / 0.05"
OPB842L51 890 nm Transistor 0.125" /
0.315” 1.80 20 / 50 50 0.05" / 0.01" 0.425"/
0.320" 120
OPB842L55 0.05" / 0.05"
OPB845L11
890 nm Transistor 0.125" /
0.315” 0.50 20 / 50 50
0.01" / 0.01"
0.425"/
0.320" 120OPB845L51 0.05" / 0.01"
OPB845L55 0.05" / 0.05"
OPB846L51 890 nm Transistor 0.125" /
0.315” 1.00 20 / 50 50 0.05" / 0.01" 0.425"/
0.320" 120
OPB846L55 0.05" / 0.05"
890 nm Transistor 0.125" /
0.315” 1.80 20 / 50 50 0.425"/
0.320" 120
OPB847L51 0.05" / 0.01"
OPB847L55 0.05" / 0.05"
Package
Slotted Switch Part Number LED Peak
Wavelength
Sensor
Photologic®
Slot
Width /
Depth
ICCL / ICCH
(mA) Max
IF (mA)
Typ /
Max
VCC
(Volts)
Min /
Max
Aperture
Emitter/Sensor
Lead
Length /
Spacing
Package
#
OPB930L51
880 nm Totem-Pole 0.125" /
0.315” 15 / 15 20 / 50 4.75 /
5.25
0.05" / 0.01" 0.425" /
0.320" 122
OPB930L55 0.05" / 0.05"
OPB931L51
880 nm Open-
Collector
0.125" /
0.315” 15 / 15 20 / 50 4.75 /
5.25
0.05" / 0.01" 0.425" /
0.320"
OPB931L55 0.05" / 0.05"
122
C-Device_Specific_Inform...
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Issue A 2005
OPTEK Technology Inc. www.optekinc.com
Page C—49
Package
Slotted Switch Part Number LED Peak
Wavelength Sensor
Flag Travel
Degrees
Max
IC(ON) (mA)
Min
IF (mA)
Typ / Max
VCE
(Volts)
Typ / Max
Lead Length /
Spacing
Package
#
OPB680 890 nm Rbe
Transistor 51° 0.60 10 / 50 5 / 30 0.100" /
0.275" 124
OPB680-20
Part Number LED Peak
Wavelength
Sensor
Photologic®
Flag Travel
Degrees
Max
ICCL / ICCH
(mA) Max
IF (mA)
Typ / Max
VCC (Volts)
Min / Max
Lead Length /
Spacing
Package
#
OPB685
890 nm
10K Pull-Up
59° 12 / 12 10 / 50 4.5 / 16.0 0.100" /
0.275"
OPB686 Open
Collector
OPB687 Inv. 10K
Pull-Up
OPB688 Inv. Open
Collector
125
Package
Slotted Switch Part Number LED Peak
Wavelength
Sensor
Photologic®
Slot
Width
ICCL / ICCH
(mA) Max
IF (mA)
Typ /
Max
VCC
(Volts)
Min /
Max
Aperture
Emitter/Sensor
Lead
Length /
Spacing
Package
#
OPB932L51
880 nm Inv-Totem-Pole 0.125" /
0.315” 15 / 15 20 / 50 4.75 /
5.25
0.05" / 0.01" 0.425" /
0.320" 122
OPB932L55 0.05" / 0.05"
OPB933L51
880 nm Inv-Open-
Collector
0.125" /
0.315” 15 / 15 20 / 50 4.75 /
5.25
0.05" / 0.01" 0.425" /
0.320" 122
OPB933L55 0.05" / 0.05"
OPB940L51
880 nm Totem-Pole 0.125" /
0.315” 15 / 15 20 / 50 4.75 /
5.25
0.05" / 0.01" 0.425" /
0.320" 122
OPB940L55 0.05" / 0.05"
OPB941L51
880 nm Open-
Collector
0.125" /
0.315” 15 / 15 20 / 50 4.75 /
5.25
0.05" / 0.01" 0.425" /
0.320" 122
OPB941L55 0.05" / 0.05"
OPB942L51
880 nm Inv-Totem-Pole 0.125" /
0.315” 15 / 15 20 / 50 4.75 /
5.25
0.05" / 0.01" 0.425" /
0.320" 122
OPB942L55 0.05" / 0.05"
OPB943L51
880 nm Inv-Open-
Collector
0.125" /
0.315” 15 / 15 20 / 50 4.75 /
5.25
0.05" / 0.01" 0.425" /
0.320"
OPB943L55 0.05" / 0.05" 122
Package
Slotted Switch Part Number LED Peak
Wavelength
Sensor
Photologic®
Slot
Width
ICCL / ICCH
(mA) Max
IF (mA)
Typ /
Max
VCC
(Volts)
Min /
Max
Aperture
Emitter/Sensor
Lead
Length /
Spacing
Package
#
OPB930W51Z 880 nm Totem-Pole 0.125" /
0.315” 15 / 15 20 / 50 4.75 /
5.25
0.05"/ 0.01" 24"/26
AWG Wire
OPB930W55Z 0.05"/ 0.05"
OPB931W51Z
880 nm Open-
Collector
0.125" /
0.315” 15 / 15 20 / 50 4.75 /
5.25
0.05"/ 0.01" 24"/26
AWG Wire 119
OPB931W55Z 0.05"/ 0.05"
OPB932W51Z 880 nm Inv-Totem-Pole 0.125" /
0.315” 15 / 15 20 / 50 4.75 /
5.25
0.05"/ 0.01" 24"/26
AWG Wire 119
OPB932W55Z 0.05"/ 0.05"
OPB933W51Z
880 nm Inv-Open-
Collector
0.125" /
0.315” 15 / 15 20 / 50 4.75 /
5.25
0.05"/ 0.01" 24"/26
AWG Wire 119
OPB933W55Z 0.05"/ 0.05"
OPB940W51Z 880 nm Totem-Pole 0.125" /
0.315” 15 / 15 20 / 50 4.75 /
5.25
0.05"/ 0.01" 24"/26
AWG Wire 119
OPB940W55Z 0.05"/ 0.05"
OPB941W51Z
880 nm Open-
Collector
0.125" /
0.315” 15 / 15 20 / 50 4.75 /
5.25
0.05"/ 0.01" 24"/26
AWG Wire 119
OPB941W55Z 0.05"/ 0.05"
OPB942W51Z 880 nm Inv-Totem-Pole 0.125" /
0.315” 15 / 15 20 / 50 4.75 /
5.25
0.05"/ 0.01" 24"/26
AWG Wire 119
OPB942W55Z 0.05"/ 0.05"
OPB943W51Z 880 nm Inv-Open-
Collector
0.125" /
0.315” 15 / 15 20 / 50 4.75 /
5.25
0.05"/ 0.01" 24"/26
AWG Wire 119
OPB943W55Z 0.05"/ 0.05"
119
Slotted Switch Tab Both Sides “T Package” Flag Switches
C-Device_Specific_Inform...
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Issue A 2005
OPTEK Technology Inc. www.optekinc.com
Page C—50
Device Specific Information—sorted by package style
Package
Module
Optical Pair
Part Number LED Peak
Wavelength Sensor IC(ON) (mA)
Min / Max
IF (mA)
Typ / Max
VCE (Volts)
Max
Lead
Length /
Spacing
Package
#
OPB100Z,
OPB100-EZ,
OPB100-SZ
880 nm Transistor 5 / 50 20 / 100 30 24" / 26
AWG Wire 130
Package
Module Pair
Optical Pair
Part Number
LED Peak
Wavelength Sensor IC(ON) (mA)
Min / Max
IF (mA)
Typ / Max
VCE
(Volts)
Typ / Max
Connector
Type
Package
#
OPB856Z 935 nm Transistor 1.80 20 / 50 5 / 30 Use Molex
03-06-2023 123
Package
Slotted Switch Part Number LED Peak
Wavelength Sensor
Flag Travel
Degrees
Max
IC(ON) (mA)
Min
IF (mA)
Typ / Max
VCE
(Volts)
Typ / Max
Lead
Length /
Spacing
Package
#
OPB850A
935 nm Transistor 70° 0.50 20 / 50 10 / 30 18" / 26
AWG Wire
OPB850-1Z
127
128
Flag Switches, Special Slot, Specialty Component Pairs
Package
Slotted Switch Part Number LED Peak
Wavelength Sensor
Slot
Width /
Depth
IC(ON) (mA)
Min
IF (mA)
Typ /
Max
VCE
(Volts)
Max
Aperture
Emitter/
Sensor
Lead
Length /
Spacing
Package
#
OPB857Z 890 nm Transistor
0.150" /
0.355” 1.5 20 / 50 30 None 11.5" / 26
AWG Wire 129
Part Number LED Peak
Wavelength
Sensor
Photologic®
Flag Travel
Degrees
Max
ICCL / ICCH
(mA) Max
IF (mA)
Typ / Max
VCC (Volts)
Min / Max
Lead
Length /
Spacing
Package
#
OPB695AZ
890 nm 10K Pull-Up 70° 12 / 12 10 / 50 4.5 / 16.0 Molex
5102 126
OPB695BZ
OPB695CZ
OPB696AZ
890 nm Open
Collector 70° 12 / 12 10 / 50 4.5 / 16.0 Molex
5102 126 OPB696BZ
OPB696CZ
OPB697AZ
890 nm Inv. 10K
Pull-Up 70° 12 / 12 10 / 50 4.5 / 16.0 Molex
5102 126
OPB697BZ
OPB697CZ
OPB698AZ
890 nm Inv. Open
Collector 70° 12 / 12 10 / 50 4.5 / 16.0 Molex
5102
OPB698BZ
OPB698CZ
126
Package
Slotted Switch Part Number LED Peak
Wavelength Sensor
Flag Travel
Degrees
Max
IC(ON) (mA)
Min
IF (mA)
Typ / Max
VCE
(Volts)
Typ / Max
Lead
Length /
Spacing
Package
#
OPB690Z 890 nm
Rbe
Transistor 70° 0.60 10 / 50 5 / 30 Molex
5102 126
C-Device_Specific_Inform...
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Friday, November 11, 2005 14:10
Issue A 2005
OPTEK Technology Inc. www.optekinc.com
Page D—1
Visible LED Information
Category
VLED Description D—2
Product Specifications
Through-hole D—3
High Flux D—4
High Power D—4
Surface Mount D—4
White D—5
RGB D—6
D-Visible Section8-11-05...
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Friday, November 11, 2005 14:25
Issue A 2005
OPTEK Technology Inc. www.optekinc.com
Page D—2
Visible Light Emitting Diodes (VLEDs)
Leadership in Manufacturing
As a global leader in compound semiconductor design and packaging, OPTEK begins with the most advanced High-
Brightness Light Emitting Diode starting materials. The dice, or chips for OPTEK’s Phosphored White, Blue, Blue-Green and
Green are InGaN on sapphire and SiC. The Red, Orange, Amber and Yellow LEDs are made from the most advanced
AlInGaP on gallium arsenide in the most robust of structures for the new challenging applications in Solid State Lighting
and Illumination.
Advanced chip technology is the heart of the device, whether it is an industry standard or application- specific surface
mount power or leaded component. It is the advance in all of these materials that continues to expand the use of the LED
beyond the traditional status indicator applications.
Discrete LED Capabilities
Enabling outdoor LED Video Message signs and providing daylight viewing of full color cell phone displays and LED camera
flash is the wide span of OPTEK HB LED uses. Design engineers in solid-state traffic and pedestrian signals find standard
OPTEK product designed specifically for their use.
The following is a sample of the package portfolio and typical uses of OPTEK product in the Visible Spectrum.
Special Product Capability
Thermally managed LED components and arrays are the key to safely and
reliably replacing older technologies. These solutions are found in the OPTEK
toolbox.
Automotive interior and exterior lighting designers turn to OPTEK’s optoelectronics engineering teams for application-
specific lighting assemblies as well as discrete LEDs. When an application requires tight bin and rank segmentation or
other special care, OPTEK LEDs are always the answer.
The extensive engineering support for customer designs using LEDs for color on demand is ready, willing and able to meet
the challenge.
High Brightness
Through-hole LEDs
OPTEK offers all colors with high light
output in a variety of diameters, shapes and
viewing angles, using AlInGaP and InGan
material. Binning by wavelength, forward
voltage, and luminous intensity is available.
Applications include displays and signs, indoors
and in full sunlight; automotive interior and
exterior lighting; information signage;
architectural and decorative lighting.
Surface Mount
Reflective PLCC and chip LED packages are
available in single- and multi-color
packages, including tunable full-color RGB
for dynamic and static lighting effects.
Surface mount LEDs provide bright light output
with low VF to backlight LCDs in handheld
appliances. Reds, greens, and blues form pixels
for outdoor and indoor signs, displays, and
channel letters.
High Flux
OPTEK’s 4-pin square-shaped LEDs are
available in multiple viewing angles and 5
colors.
This package provides lighting solutions for
automotive applications and is used in the
signage industry in arrays and housings to
replace neon.
High Power
1-watt and greater components complete
with thermal management deliver bright
solid-state lighting solutions.
For general illumination, emergency lighting,
and task lighting, OPTEK offers long-life energy
efficient devices and reduced maintenance
costs.
D-Visible Section8-11-05...
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Friday, November 11, 2005 14:25
Issue A 2005
OPTEK Technology Inc. www.optekinc.com
Page D—3
OVAL THROUGH-HOLE LED – Multiple Viewing Angles
Oval Through-
Hole Part Number Size Chip Lens
Color
IV (mcd) Viewing
Angle °
Package
#
Material Emitted Color ȜD (nm) at IF=mA Typ.
OVLHBKD8
5mm
InGaN Blue 470
Color
Diffused
20
500
110° / 50° 200
OVLHGKD8 InGaN
Green 525 1100
OVLHQKD8 AlInGaP Red-Orange 618 800
OVLHRKD8 AlInGaP Red 624 900
OVLJBGD8
4mm
InGaN Blue 470
20
300
100° / 50° 201 OVLJGGD8 InGaN Green 525 1200
OVLJRGD8 AlInGaP
Red 624 400
OVLKBGT6
4mm
InGaN Blue 470
20
300
100° / 60°
OVLKGGT6 InGaN
Green 525 1100
OVLKQGT6 AlInGaP
Red-Orange 616 430
202
5mm ROUND HIGH-INTENSITY THROUGH-HOLE LED
5mm Through-
Hole Part Number Size Chip Lens
Color
IV (mcd) Viewing
Angle
Package
#
Material Emitted Color ȜD (nm) at IF=mA Typ.
OVLGB0C6B9
5mm
InGaN Blue 470
Water
Clear 20
3200
6°
OVLGC0C6B9 InGaN
Blue-Green 505 8000
OVLGG0C5B9 InGaN Green 525 5000
OVLGJ0C3B9 AlInGaP
Yellow-Green 573 2300
OVLGY0C9B9 AlInGaP Yellow 589 20000
OVLGO0C8B9 AlInGaP
Orange 615 16000
OVLGS0C8B9 AlInGaP Red 631 10000
OVLFB3C7
5mm
InGaN Blue 470
Water
Clear 20
1350
30° 204
OVLFG3C7 InGaN Green 525 5200
OVLFY3C7 AlInGaP
Yellow 589 5700
OVLFR3C7 AlInGaP
Red 623 5000
203
3mm ROUND THROUGH-HOLE LED
3mm Through-
Hole Part Number Size
Chip Lens
Color
IV (mcd) Viewing
Angle
Package
#
Material Emitted Color ȜD (nm) at IF=mA Typ.
OVLAB6CB8 InGaN Blue 470
Water
Clear 20
600
65° 205OVLAG6CB8 InGaN
Green 527 2000
OVLAS6CB8 AlInGaP Red 628 1100
OVLBB4C7
3mm
InGaN Blue 470
Water
Clear 20
900
45° 206
OVLBG4C7 InGaN
Green 525 2000
OVLBY4C7 AlInGaP Yellow 589 2400
OVLBR4C7 AlInGaP
Red 623 1800
3mm
5mm Through-
Hole Part Number Size
Chip Lens
Color
IV (mcd) Viewing
Angle
Package
#
Material Emitted Color ȜD (nm) at IF=mA Typ.
OVLLB8C7
5mm
InGaN Blue 470
Water
Clear
300
85° 207
OVLLG8C7 InGaN Green 525 670
OVLLY8C7 AlInGaP Yellow 589 650
OVLLR8C7 AlInGaP
Red 623 570
20
5mm CYLINDER THROUGH-HOLE LED
D-Visible Section8-11-05...
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Issue A 2005
OPTEK Technology Inc. www.optekinc.com
Page D—4
Visible Light Emitting Diodes (VLEDs)
TOP-VIEW SURFACE MOUNT LED with FLAT LENS
PLCC4
SMD Part Number Package Chip Lens
Color
IV (mcd) Viewing
Angle Package #
Material Emitted Color
ȜD (nm) at IF=mA Typ.
OVSABBC2R8
PLCC4
InGaN Blue 470
Water
Clear
30
200
120 210
OVSACBC2R8 InGaN
Blue-Green 505
OVSAGBC2R8 InGaN Green 527
OVSAABC2R8 AlInGaP Amber 591 50 700
OVSASBC2R8 AlInGaP
Red 628 900
560
700
7mm2
SMD Part Number Package Chip Lens
Color
ĭV (lm) Viewing
Angle Package #
Material Emitted Color
ȜD (nm) at IF=mA Typ.
OVSPBCCR8
7mm2
InGaN Blue 470
Water
Clear
450 9 140°
OVSPGCCR8 InGaN
Green 527 300 37
OVSPAAC5R8 AlInGaP
Amber 594 450 35
105°
OVSPRAC5R8 AlInGaP Red 624 450 32
OVSPW7CR8 InGaN White ---- 350 23 70°
208
SURFACE MOUNT POWER LED – 7mm2
SUPER FLUX 4-PIN LED – 7.6mm2
*Dome Height = 1.9mm
7.6mm2
Through-hole Part Number Package Chip Lens
Color
ĭV (mlm) Viewing
Angle
Package
#
Material Emitted Color
ȜD (nm) at IF=mA Typ.
OVFSB6C8
7.6mm2
InGaN Blue 470
Water
Clear
30 850
209
OVFSG6C8 InGaN
Green 527 2500
OVFSAAC8 AlInGaP
Amber 591
70
5000 100°
OVFSQ4C8 AlInGaP
Red-Orange 618 4500 *40°
OVFSRAC8 AlInGaP
Red 624 4500 100°
OVFSW6C8 InGaN White ---- 30 1200 *60°
60°
TOP-VIEW SURFACE MOUNT LED with DOMED LENS
PLCC4
SMD Part Number Package Chip Lens
Color
IV (mcd) Viewing
Angle Package #
Material Emitted Color
ȜD (nm) at IF=mA Typ.
OVSAABLCR8 AlInGaP Amber 594
Water
Clear 50
1650
60° 211
OVSAQBLCR8 AlInGaP
Red-Orange 618 2800
OVSASBLCR8 AlInGaP
Red 628 900
PLCC4
RA PLCC
SMD Part Number Package Chip Lens
Color
IV (mcd) Viewing
Angle Package #
Material Emitted Color
ȜD (nm) at IF=mA Typ.
OVSR9BBCR8
RA PLCC
InGaN Blue 470
Water
Clear 20
120
120 212
OVSR9CBCR8 InGaN
Blue-Green 505 400
OVSR9GBCR8 InGaN
Green 527
OVSR9ABCR8 AlInGaP
Amber 594 350
OVSR9RBCR8 AlInGaP Red 624 400
560
SIDE EMITTING SURFACE MOUNT LED
D-Visible Section8-11-05...
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Issue A 2005
OPTEK Technology Inc. www.optekinc.com
Page D—5
Package Part Number Lens Color
Intensity/Flux
Viewing Angle Package
#
at IF=mA Typ.
PLCC2 OVS9WBCR9
Water Clear
20 450mcd 120° 213
RA
2.8x1.2x.8 OVSRWACR6 20 1000mcd
x120°, y110° 214
PLCC4 OVSAWBCR9 3x25 1900mcd 120° 210
3.4x2.8 OVSPWFCR6 350 25lm 120° 215
7x7 OVSPW7CR8 350 23lm 70° 208
RA PLCC OVSR9WBCR8 20 600mcd 120° 212
WHITE InGaN SURFACE MOUNT LED
Package Part Number Lens Color Intensity/Flux Viewing Angle Package
#
at IF=mA Typ.
Round 3mm OVLAW4CB6
Water Clear
20 1000mcd 45° 205
Round 5mm
OVLEW1CB9 20 9000mcd 15°
OVLEW3CB6
20
2100mcd 30°
OVLEW5CB6 1600mcd 50°
4-pin Flux OVFSW6C8 30 1200mlm 60° 209
203
216
224
WHITE InGaN THROUGH-HOLE LED
D-Visible Section8-11-05...
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Issue A 2005
OPTEK Technology Inc. www.optekinc.com
Page D—6
Visible Light Emitting Diodes (VLEDs)
Package Part Number Lens
Color
IV (mcd)
Viewing Angle
at
IF=mA
Typ.
R G B
Right-angle
Chip LED
1.2x2.7x1.35
OVSRRGBBC9
Water
Clear
20 72 180 45 120°
Top-view Chip
LED
1.6x1.6x.35
OVSTKGBBCR9 20 100 180 50 120°
Top-view Chip
LED
2.4x2.4x.95
OVSTRGBAC6 20 100 333 88 110°
Top-View Chip
LED
3.5x3.0x1.55
lens type
OVSTRGBLC6 20 180 550 152
R: x80°, y50°
G: x60°, y30°
B: x60°, y30°
Top-view Chip
LED
3.5x3.0x1.4 flat
type
OVSTRGBFC6 20 53 165 46
R: x150°, y150°
G: x130°, y140°
B: x130°, y120°
PLCC4
3.2x2.8x1.9 OVSARGB3R8 20 300 450 110 120°
PLCC6
6.0x5.0x2.5 OVSTRGBBCR8 R50 1000 900 280 120°
Package
#
217
218
219
220
221
222
223
FULL-COLOR (R/G/B) SURFACE MOUNT LED
Package Part Number Lens Color
Die Forward Voltage VF @ 600mA Flux @ 1.05A Viewing
Angle Package #
Emitted
Color ȜD (nm) Min. (V) Typ. (V) Max. (V) Typ. (lm)
OVTL09LGAB
Water
Clear
Blue 467 8.9 9.1 9.25 60
120°
OVTL09LGAG Green 524 9.75 9.9 10.1 290
OVTL09LGAA Amber 595 6.3 6.4 6.5 330
OVTL09LGAR Red 624 6 6.1 6.2 247
OVTL09LGAW White N/A 8.9 9.1 9.25 250
225
10– WATT LEDNIUM SERIES
D-Visible Section8-11-05...
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Issue A 2005
OPTEK Technology Inc. www.optekinc.com
Page E—2
Package Configurations
Package # 3
Package # 1
Package # 4
Package # 2
Package # 6
Pin # LED Sensor
1 Anode Collector
2 Cathode Emitter
Pin # LED Sensor
1 Anode Collector / Cathode
2 Cathode Emitter / Anode
Pin # LED
1 Cathode
2 Anode
Pin # LED Sensor
1 Anode Collector / Cathode
2 Cathode Emitter / Anode
TO-46 Base TO-46 & TO-18 Base
Pin # 300 310
1 NC VCSEL Anode
2 Cathode VCSEL Cathode / PD Anode
3 Anode PD Cathode
310Y
VCSEL Cathode
VCSEL Anode / PD Cathode
PD Anode
Pin # LED Sensor
1 Anode Collector / Cathode
2 Cathode Emitter / Anode
3 Case Case
Receiver
Ground
Output
Vcc
Package #5
TO-46 Base TO-46 Base
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Issue A 2005
OPTEK Technology Inc. www.optekinc.com
Page E—3
TO-18 Base
Package # 9 Package # 10
Package # 7
Package # 11 Package # 12
Pin # LED Sensor
1 Anode Collector / Cathode
2 Cathode Emitter / Anode
TO-18 Base
Pin # OPL82_ Transistor
1 Ground Collector
2 Output Base
3 Vcc Emitter
OPL80_ or OPL81_
Ground
Vcc
Output
TO-5 Base
Pin # 3C91 3C92 3N2XX
1 Cathode Cathode Emitter
2 Collector Emitter Cathode
3 Emitter Collector Collector
4 Anode Anode Anode
Pin # Function Pin # Function
1 Emitter 5 Anode
2 Base 6 Open
3 Collector 7 Cathode
Pin # Sensor Sensor-Y
1 VCSEL Anode VCSEL Cathode
2 VCSEL Cathode /
PD Anode
VCSEL Anode /
PD Cathode
3 PD Cathode PD Anode
Package # 8
TO-46 Base TO-46 Base
Pin # Sensor
1 Cathode
2 Anode
TO-78
E-Package Section(1).pub
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Issue A 2005
OPTEK Technology Inc. www.optekinc.com
Page E—4
Package Configurations
Package # 13 Package # 14
TO-18 Base
Package # 17
Package # 15
Package # 18
Package # 16
Pin # LED & Diode
X=0.060” (1.5mm)
Transistor
X=0” (0.0mm)
1 Anode Emitter
2 Cathode Collector
Pin # LED
X=0.060” (1.5mm)
Transistor
X=0” (0.0mm)
1 Anode Emitter
2 Cathode Collector
TO-1 (3mm) Plastic
T-1 (3mm) Plastic
Pin # LED & Diode
X=0.060” (1.5mm)
Transistor
X=0” (0.0mm)
1 Anode Emitter
2 Cathode Collector
Pin # LED
X=0.060” (1.5mm)
Transistor
X=0” (0.0mm)
1 Anode Emitter
2 Cathode Collector
T-1 (3mm) Plastic
T-1 (3mm) Plastic
Pin # LED
X=0.060” (1.5mm)
Sensor
X=0” (0.0mm)
1 Anode Emitter / Anode
2 Cathode Collector / Cathode
T-1 3/4 (5mm) Plastic
Pin # Transistor
1 Collector
2 Base
3 Emitter
E-Package Section(1).pub
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Issue A 2005
OPTEK Technology Inc. www.optekinc.com
Page E—5
Package # 21
Package # 23
Package # 19
Package # 24
Package # 20
TO-46 Plastic Dome Lens
Pin # LED
X=0.060” (1.5mm)
Sensor
X=0” (0.0mm)
1 Anode Collector / Cathode
2 Cathode Emitter / Anode
T-1 3/4 (5mm) Plastic
Pin # LED
X=0.060” (1.5mm)
Sensor
X=0” (0.0mm)
1 Cathode Emitter / Anode
2 Anode Collector / Cathode
Pin # LED
X=0.060” (1.5mm)
Sensor
X=0” (0.0mm)
1 Cathode Emitter / Anode
2 Anode Collector / Cathode
Sidelooker Lens Plastiac Sidelooker Recessed Lens Plastic
Pin # LED Sensor
1 Anode Collector
2 Cathode Emitter
Package # 22
Pin # LED
X=0.060” (1.5mm)
Sensor
X=0” (0.0mm)
1 Anode Collector
2 Cathode Emitter
Pin # LED
X=0.060” (1.5mm)
Sensor
X=0” (0.0mm)
1 Anode Collector / Cathode
2 Cathode Emitter / Anode
End Looker NO Lens Plastic End Looker Lens Plastic
E-Package Section(1).pub
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OPTEK Technology Inc. www.optekinc.com
Page E—6
Package Configurations
Package # 25 Package # 26
Package # 29 Package # 30
Package # 27 Package # 28
Sidelooker Lens Plastic Sidelooker Recessed Lens Plastic
Pin # Description
1 Vcc
2 Out-B
3 Out-A
4 Ground
Pin # Diode
1 Cathode
2 Anode
Pin # Sensor
1 Ground
2 Output
3 Vcc
Pin # Description
1 Vcc
2 Ground
3 Output
Hall-Effect Ceramic Sidelooker
Pin # Description
1 Vcc
2 ground
3 Output
Pin # Sensor
1 Ground
2 Output
3 Vcc
E-Package Section(2).pub
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Issue A 2005
OPTEK Technology Inc. www.optekinc.com
Page E—7
Package # 35
Package # 33
Package # 31
Package # 36
Package # 34
Package # 32
Pin # Description
1 Base
2 Emitter
3 Collector
Pin # LED
1 Anode
2 Cathode
3 N.C.
Transistor
Collector
Emitter
Base
Pin # Description
1 Cathode
2 Anode
3 N.C
4 N.C.
Pin # Description
1 Collector
2 Emitter
3 Base
4 N.C.
Pin # Description
1 Collector
2 Anode
3 Cathode
4 Emitter
Pin # Description Pin # Description
1 Anode 4 Base
2 - 5 Emitter
3 Collector 6 Cathode
Pin # Description Pin # Description
1 Collector/Source-A 4 Collector/Source-B
2 Base/Gate-A 5 Emitter/Drain-B
3 Base/Gate-B 6 Emitter/Drain-A
Coupler Dual Transistors
E-Package Section(2).pub
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Issue A 2005
OPTEK Technology Inc. www.optekinc.com
Page E—8
Package Configurations
Package # 41
Package # 39
Package # 37
Package # 42
Package # 40
Package # 38
Pin # Description
5 N.C.
6 Cathode
7 Cathode
8 N.C.
Pin # Description
1 Anode
2 Cathode
3 Cathode
4 N.C.
Pin # OPR5911 / OPR5925
9 N. C. / N.C.
10 N. C. / N.C.
11 Cathode D / Cathode 4
12 Anode 4
Pin # OPR5911 / OPR5925
1Anode / Anode 1
2Cathode A / Cathode 1
3N. C. / N.C.
4N. C. / N.C.
Pin # OPR5911 / OPR5925
5 Cathode B / Cathode 2
6 N. C. / Anode 2
7 N.C. / Anode 3
8 Cathode C / Cathode 3
Pin # Description
9 Anode E
10 Anode F
11 Cathode F
12 Anode A
Pin # Description
1 Cathode A
2 Cathode B
3 Anode B
4 Anode C
Pin # Description
5 Cathode C
6 Cathode D
7 Anode D
8 Cathode E
Pin # Description Pin # Description
1 B - Output 5 N.C.
2 B - Vcc 6 A - Output
3 A + Trim 7 A - Vcc
Pin # Description Pin # Description
9 Z + Trim 13 B + Trim
10 Z -Trim 14 B -Trim
11 Z - Output - -
4 A -Trim 8 Common 12 Z - Vcc - -
Pin # Description Pin # Description Pin # Description
2 Collector-A 8 Base-B 15 Emitter-C
4 Base-A 10 Collector-B 17 Emitter-D
5 Emitter-A 12 Collector-C 18 Base-D
7 Emitter-B 14 Base-C 20 Collector-D
Ground
Pin # Description
9 Anode E
10 Anode F
11 Cathode F
12 Anode A
Pin # Description
1 Cathode A
2 Cathode B
3 Anode B
4 Anode C
Pin # Description
5 Cathode C
6 Cathode D
7 Anode D
8 Cathode E
E-Package Section(2).pub
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Issue A 2005
OPTEK Technology Inc. www.optekinc.com
Page E—9
Package # 43
Notes:
Package # 47 Package # 48
Pin # Description
9 N.C.
10 N.C.
11 Cathode
12 N.C.
Pin # Description
1 Anode
2 Cathode
3 N.C.
4 N.C.
Pin # Description
5 Cathode
6 N.C.
7 N.C.
8 Cathode
Pin # LED Sensor
1 Anode Collector / Anode
2 Cathode Emitter / Cathode
3 Case Case
Pin # LED / Diode OPF522
1 Anode Vcc
2 Cathode Ground
3 Case Output
VCSEL AT & BT VCSEL YAT & YBT
Anode Cathode
Cathode/PD Anode Anode/ PD Cathode
PD Cathode PD Anode
Receiver
Vcc
Output
Ground
Package # 45
Pin # LED / Diode Receiver
1 Case Ground
2 Cathode Output
OPF560
Vcc
Ground
3 Output Anode Vcc
E-Package Section(2).pub
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Issue A 2005
OPTEK Technology Inc. www.optekinc.com
Page E—10
Package Configurations
Package # 49 Package # 50
No Connection
Pin # Description Pin # Description
2 Anode 6 Anode
3 Cathode 7 Anode
OP F1 4 XX
Pin # Description Pin # Description
2 Data 6 Vcc (5V)
3 Common 7 Common
OPF2412 2416
No Connection
Pin # Description Pin # Description
2 Vcc (5V) 6 Data
3 Common 7 Common
Pin # Description Pin # Description
2 Anode 6 Anode
3 Cathode 7 Anode
OP F1 4 XX
Pin # Description Pin # Description
2 Data 6 Vcc (5V)
3 Common 7 Common
OPF2412 2416
Pin # Description Pin # Description
2 Vcc (5V) 6 Data
3 Common 7 Common
Notes:
E-Package Section(3).pub
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Issue A 2005
OPTEK Technology Inc. www.optekinc.com
Page E—11
Package # 57
Package # 55
Package # 53
Package # 58
Package # 56
Package # 54
Pin # Description Pin # Description Pin # Description
1 Vcc 3 Ground 4 Anode
2 Output 5 Cathode
Pin # LED Pin # Transistor
2 Cathode 3 Collector
1 Anode 4 Emitter
Pin # LED Pin # Transistor Pin # Darlington
1 Anode 3 Emitter 3 Emitter
2 Cathode 4 Base 4 Open
5 Collector 5 Collector
Pin # Photologic®
3 Output
4 Vcc
5 Ground
Top View
Pin # LED Pin # Transistor
1 Anode 4 Collector
2 Cathode 3 Emitter
Pin # Description Pin # Description
1 Input 3 Vcc
2 Ground 4 Rext
Pin # Description Pin # Description
1 Vcc 3 Status
2 Ground 4 Output
E-Package Section(3).pub
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Issue A 2005
OPTEK Technology Inc. www.optekinc.com
Page E—12
Package Configurations
Package # 63
Package # 61
Package # 59
Package # 64
Package # 62
Package # 60
Pin # LED Pin # Transistor
2 Anode 1 Emitter
3 Cathode 4 Collector
Pin # LED Pin # Transistor
3 Anode 1 Collector
4 Cathode 2 Emitter
Pin # LED Pin # Transistor
1 Anode 3 Collector
2 Cathode 4 Emitter
Pin # LED Pin # Transistor
3 Anode 1 Collector
4 Cathode 2 Emitter
Pin # Description Pin # Description Pin # Description
Red Vcc White Output Black Ground
Color Description
Orange Vcc
White Output
Violet Ground
E-Package Section(3).pub
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OPTEK Technology Inc. www.optekinc.com
Page E—13
OPB701
Package # 69
Package # 67
Package # 65
Package # 70
Package # 68
Package # 66
Pin # LED Pin # Transistor
1 Cathode 3 Emitter
2 Anode 4 Collector
Color LED Color Transistor
Orange-1 Anode White-4 Collector
Green-2 Cathode Blue-3 Emitter
Pin # LED Pin # Transistor
1 Anode 4 Collector
2 Cathode 3 Emitter
Color LED Color Transistor
Red Anode White Collector
Black Cathode Green Emitter
Part No Wire Length
OPB70_ 4” (100mm)
OPB70_AL 18” (457mm)
Pin # LED Pin # Transistor
1 Anode 4 Collector
2 Cathode 3 Emitter
Color LED Color Transistor
Orange-1 Anode White-4 Collector
Green-2 Cathode Blue-3 Emitter
Part No Wire Length
OPB70_W 4” (100mm)
OPB70_W24 24” (610mm)
OPB700
Color LED Color Transistor
Orange Anode White Collector
Green Cathode Blue Emitter
E-Package Section(3).pub
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OPTEK Technology Inc. www.optekinc.com
Page E—14
Package Configurations
Package # 75
Package # 73
Package # 71
Package # 76
Package # 74
Package # 72
Pin # Description Pin # Description
1 Cathode 3 Ground
2 Anode 4 Output
5 Vcc
Color Description Color Description
Red -4 Anode White -1 Collector
Black -5 Cathode Green-3 Emitter
Pin # Description Pin # Description
Red –4 Anode White –1 Vcc
Black –5 Cathode Blue –2 Output
Green –3 Ground
Color Description Color Description
5 Anode-1 1 Collector-1
6 Anode-2 2 Collector-2
7 Cathode-2 3 Emitter-2
8 Cathode-1 4 Emitter-1
Pin # Description Pin # Description
1 Cathode 4 Collector
2 Anode 3 Emitter
Pin # Description
1 Anode
2 Cathode
3 Vcc
4 Output
5 Ground
E-Package Section(3).pub
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OPTEK Technology Inc. www.optekinc.com
Page E—15
Package # 78
Package # 79 Package # 80
Package # 77
Color Description Color Description Color Description
1Ano de 3Ground 5Vcc
2Cathode 4Output
Pin # LED Pin # Phototransistor
1 Anode 3 Collector
2 Cathode 4 Emitter
Color Description Color Description
Red-1 Ande Green-3 Ground
Black-2 Cathode Blue-4 Output
Pin # LED Pin # Phototransistor
Red-1 Anode White-3 Collector
Black-2 Cathode Green-4 Emitter
E-Package Section(3).pub
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Page E—16
Package Configurations
Package # 81 Package # 82
Color Description Color Description Color Description
Red-1 Ano de Green-3 Ground White-5 Vcc
Black-2 Cathode Blue-4 Output
Pin # LED Pin # Phototransistor
Red-1 Anode White-3 Collector
Black-2 Cathode Green-4 Emitter
Package # 83
Pin # LED Pin # Phototransistor
1 Anode 4 Collector
2 Cathode 3 Emitter
Pin # LED Pin # Phototransistor
1 Anode 3 Collector
2 Cathode 4 Emitter
Package # 84
E-Package Section(4).pub
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OPTEK Technology Inc. www.optekinc.com
Page E—17
Package # 86
Package # 89 Package # 90
Package # 85
Package # 87 Package # 88
Pin # Description Pin # Description
1 Ano de 4 Collector
2 Cathode 3 Emitter
Pin # Description
1 Anode
2 Cathode
3 Collector
4 Emitter
Pin # Description Pin # Description
1 Ano de 3 Collector
2 Cathode 4 Emitter
Pin # Description Pin # Description
1 Anode 3 Collector
2 Cathode 4 Emitter
Pin # Description Pin # Description
1 Cathode 3 Collector
2 Anode 4 Emitter
Pin # Description
1 Anode
2 Cathode
3 Collector
4 Emitter
E-Package Section(4).pub
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Page E—18
Package Configurations
Package # 91
Package # 93
Package # 92
Package # 96
Package # 94
Package # 95
Pin # Description Pin # Description
1 Ground 3 Output-B
2 Output-A 4 Vcc
Color Description Color Description
Red Anode White Collector
Black Cathode Green Emitter
Pin # Description Pin # Description
1Ano de 3Collector
2Cathode 4 Emitter
Pin # Description Pin # Description
1Anode 4Collector
2Cathode 3Emitter
Pin # Description
1Emitter
2 Collector
3Ano de
4 Cathode
Pin # Description
1Ano de
2Cathode
3Emitter
4Collector
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Page E—19
Package # 98
Package # 99
Package # 97
Pin # Description Pin # Description
1Ano de 3 Vcc
2Cathode 4Output
5Ground
Pin # Description Pin # Description
Red Anode White Collector
Black Cathode Green Emitter
Pin # Description Pin # Description
Red Anode White Collector
Black Cathode Green Emitter
Color Description
Blue-1 Emitter
White-2 Collector
Green-3 Cathode
Orange-4 Anode
Color Description
1 Anode
2 Cathode
3 Collector
4 Emitter
Pin # Description Pin # Description
3Ano de 1Collector
4Cathode 2 Emitter
Package # 101
Package # 100
Package # 102
E-Package Section(4).pub
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Page E—20
Package Configurations
Package # 105
Package # 104
Package # 107
Package # 106
Pin # Description Pin # Description
Red-2 Anode White-3 Collector
Black-1 Cathode Green-4 Emitter
Lead Spacing
OPB827 = 0.305” OPB828 = 0.220”
Pin # Description
1 Anode
2 Cathode
3 Collector
4 Emitter
Pin # Description Pin # Description Pin # Description
1 Vcc 2 Ground 3 Output
Package # 103
Package # 108
Pin # Description
1 Anode
2 Cathode
3 Collector
4 Emitter
Pin # Description
Black-1 Cathode
Red-2 Anode
White-3 Collector
Green-4 Emitter
Pin # Description
1 Anode
2 Cathode
3 Collector
4 Emitter
E-Package Section(4).pub
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Page E—21
Package # 112
Package # 110
Package # 113
Package # 111
Package # 109
Package # 114
Color Description
Red-1 Anode
Black-2 Cathode
White-3 Collector
Green-4 Emitter
Pin # Description Pin # Description
1 Anode 3 Vcc
2 Cathode 4 Output
5 Ground
Color Description
Red-1 Anode
Black-2 Cathode
White-3 Collector
Green-4 Emitter
Color Description
Red-1 Anode
Black-2 Cathode
White-3 Collector
Green-4 Emitter
Pin # Description
Red-1 Anode
Black-2 Cathode
White-3 Collector
Green-4 Emitter
Pin # Transistor
3 Collector
4 Base
5 Emitter
Pin # LED
1 Anode
2 Cathode
Pin # Logic
3 Ground
4 Vcc
5 Output
E-Package Section(4).pub
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Page E—22
Package Configurations
Package # 118
Package # 116
Package # 119
Package # 117
Package # 115
Package # 120
Color Description Color Description
Red Anode White Collector
Black Cathode Green Emitter
Color Description Color Description
1 Cathode-1 8 Collector-1
2 Anode-1 7 Emitter-1
3 Cathode-2 6 Collector-2
4 Anode-2 5 Emitter-2
Color Description
Red-1 Anode
Black-2 Cathode
White-3 Vcc
Blue-4 Output
Green-5 Emitter
Pin # Description Pin # Description
1Anode 3Collector
2Cathode 4Emitter
Color Description Color Description
Red Anode White Vcc
Black Cathode Blue Output
Green Ground
Color Description
Red-1 Anode
Black-2 Cathode
White-3 Vcc
Blue-4 Output
Green-5 Emitter
etE-Package Section(5).p...
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OPTEK Technology Inc. www.optekinc.com
Page E—23
Package # 124
Package # 122
Package # 125
Package # 123
Package # 121
Package # 126
Color Description
Red Anode
Black-2 Cathode
White-3 Collector
Green-4 Emitter
Pin # Description Pin # Description
1 Anode 3 Vcc
2 Cathode 4 Output
5 Ground
Pin # Description Pin # Description
1Anode 2Ground
5Cathode 3Output
4Vcc
Pin # OPB695
1 Vcc
2 Output
3 Ground
OPB690
Anode
Collector
Ground
White Housing Black Housing
Housing LED- White Sensor—Black Pin # Description Pin # Description
Connector MOLEX 02-06-6122 MOLEX 02-06-7104 1 Anode 1 Emitter
Plug MOLEX 03-06-2023 MOLEX 03-06-2023 2 Cathode 2 Collector
Pin # Description Pin # Description
1 Anode 3 Collector
4 Cathode 2 Emitter
etE-Package Section(5).p...
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Issue A 2005
OPTEK Technology Inc. www.optekinc.com
Page E—24
Package Configurations
Package # 130
Package # 128
Package # 132
Package # 129
Package # 127
Color Description
Red Anode
Orange Cathode
Brown Collector
Black Emitter
Color Description
Red-1 Collector
Brown-2 Anode
Black-3 Common
Color Description
Red-1 Anode
Black-2 Cathode
White-3 Collector
Green-4 Emitter
Color Description
Red Anode
Orange Cathode
Brown Collector
Black Emitter
Package # 131
Pin # LED Transistor
1 Anode Collector
2 Cathode Emitter
Pin # LED Transistor
1 Anode Collector
2 Cathode Emitter
etE-Package Section(5).p...
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Issue A 2005
OPTEK Technology Inc. www.optekinc.com
Page E—25
Package # 136
Package # 134
Package # 137
Package # 135
Package # 133
Package # 138
Pin # LED Transistor
1 Anode Collector
2 Cathode Emitter
Pin # LED Transistor
1 Anode Collector
2 Cathode Emitter
2
1
Pin # Transistor
1 Collector
2 Emitter
Pin # LED
1 Anode
2 Cathode
Pin # LED Transistor
1 Anode Collector
2 Cathode Emitter
Pin # Transistor
1 Collector
2 Emitter
Pin # LED
1 Anode
2 Cathode
Pin # Transistor
1 Collector
2 Emitter
Pin # LED
1 Anode
2 Cathode
etE-Package Section(5).p...
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OPTEK Technology Inc. www.optekinc.com
Page E—26
Package Configurations
Package # 140
Package # 141
Package # 139
Pin # Description
White-1 Collector
Green-2 Emitter
Red-3 Anode
Black-4 Cathode
Pin # LED
1 Emitter
2 Collector
3 Anode
4 Cathode
Pin # LED
Green-1 Emitter
White-2 Collector
Red-3 Anode
Black-4 Cathode
Notes:
etE-Package Section(5).p...
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Issue A 2005
OPTEK Technology Inc. www.optekinc.com
Page E—27
Package # 203
Package # 201
Package # 205
Package # 202
Package # 200
Pin # Description
1 Anode
2 Cathode
Package # 204
Pin # Description
1 Anode
2 Cathode
Pin # Description
1 Anode
2 Cathode
Pin # Description
1 Anode
2 Cathode
Pin # Description
1 Anode
2 Cathode
Pin # Description
1 Anode
2 Cathode
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Issue A 2005
OPTEK Technology Inc. www.optekinc.com
Page E—28
Package Configurations
Package # 209
Package # 207
Package # 210
Package # 208
Package # 206
Package # 211
Pin # Description
1 Anode
2 Cathode
Pin # Description
1 Anode
2 Cathode
Pin # Description
1 Anode
2 Heat Sink
3 Cathode
Pin # Description
4 Anode
1, 2, 3 Cathode
Pin # Description
1 Anode
1, 2, 3 Cathode
Pin # Description
2, 3 Anode
1, 4 Cathode
etE-Package Section(6).p...
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Issue A 2005
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Page E—29
Package # 213
Package # 214
Package # 212
Pin # Description
1 Cathode
2 Anode
Package # 215
Pin # Description
1 Cathode
2 Anode
Pin # Description
2 Anode
1 Cathode
Pin # Description
1 Anode
2 Cathode
Package # 217
Pin # Description
1 Red Cathode
2 Green Cathode
3 Blue Cathode
4 Anode
Package # 216
Pin # Description
1 Anode
2 Cathode
etE-Package Section(6).p...
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OPTEK Technology Inc. www.optekinc.com
Page E—30
Package Configurations
Package # 219
Package # 220
Package # 223
Package # 221
Package # 222
Package # 218
Pin # Description
1 Blue Cathode
2 Orange Cathode
3 Green Cathode
4 Blue Anode
5 Orange Anode
6 Green Anode
Pin # Description
4 Anode
1, 2, 3 Cathode
Pin # Description
1 Red Cathode
2 Common Anode
3 Blue Cathode
4 Green Cathode
Pin # Description
1 Green Anode
2 Red Anode
3 Blue Anode
4 Green Cathode
5 Red Cathode
6 Blue Cathode
P
i
n
#
Description
1 Green Anode
2 Green Cathode
3 Red Anode
4 Red Cathode
5 Blue Anode
6 Blue Cathode
Pin # Description
1 Green Anode
2 Green Cathode
3 Red Anode
4 Red Cathode
5 Blue Anode
6 Blue Cathode
etE-Package Section(6).p...
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Issue A 2005
OPTEK Technology Inc. www.optekinc.com
Page F—1
Distributor Address Phone
Arrow
50 Marcus Drive
Melville, NY 11747
www.arrow.com
877-237-8621
Digi-Key Corporation
701 Brooks Avenue South
Thief River Falls, MN 56701
www.digi-key.com
800-338-4105
Falcon Electronics
47 Mall Drive Suite #5
Commack, NY 11725
www.falconelec.com
800-444-4744
Future Electronics
237 Hymus Boulevard
Point-Claire, PQ, Canada
www.futureelectronics.com
800-655-0006
Mouser Electronics
1000 North Main Street
Mansfield, TX 76063-1514
www.mouser.com/optek
800-346-6873
Newark In One
4801 N. Ravenswood
Chicago, IL 60640
www.newark.com
800-4NEWARK
800-463-9275
Prime Electro Products
Prime Electro Products
811 Manhatten Beach Blvd.
Manhattan Beach, CA 90266
www.primeelectro.com
800-347-1001
TRESCO
Tresco
736 Greenway Road
P.O. Box 1860
Boone, NC, 28607
www.tresco.com
828-263-5119
North American Distributors
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Issue A 2005
OPTEK Technology Inc. www.optekinc.com
Page F—2
Worldwide Distributors
CHINAMAX TECHNOLOGIES LIMITED
Unit 2702, Modern Warehouse
6 Shig Yip Street
Kwun Tong, Kowloon
Hong Kong
Tel: +852 2344 7899
Fax: +852 2344 0290
Email: cslau@chinamax.com.hk
MAXMEGA ELECTRONICS CO. LTD
Hong Kong Sales Office
Unit 8 on 16/F
Fortune Commercial Building
No. 358-362 Sha Tsui Road
Tsuen Wan, N.T. Hong Kong
HK Tel: +852 2612 4366 / 4367
CHINA Tel: +86 755 83558770 / 71
Fax: +852 2612 4369
Email: maxsales@maxmega.com
SEAMAX ENGINEERING (SIP) PTE LTD
No. 128 Donghuan Road, 3F Zhongxin City
Suzhou, Jiangsu Province, P.R. China
Postal Code 215021
Tel: +86 0512 6750 1076 ext. 628
Fax: +86 0512 6725 8318
Mobile Number: 86 1301 377 8488
Email: xuqian@seamax.com.sg
TEKTRON ELECTRONICS (HK) L.T.D.
1702 Bank Centre
636 Nathan Road
Kowloon
Hong Kong
Tel: +852 2388 0629
Fax: +852 2780 5871
Email: tektron@tek.com.hk
DENMARK:
DKI DANSK KOMPONENT IMPORT A/S
Kongevejen 83
2840 Holte
Denmark
Tel: +45 45 41 0500
Fax: +45 45 41 0512
Email: info@dki..dk
Web: www.dki.dk
FINLAND:
ACTE NC FINLAND OY
Larin Kyostin Tie 4
00650 Helsinki
Finland
Tel: +35 89 752 766 90
Fax: +35 89 752 766 55
Email: arimo.leino@acte.fi
Web: www.acte.fi
AMERICAS:
FUTURE ELECTRONICS
237 Hymus Boulevard
Point-Claire, PQ, Canada
Telephone: 800 655 0006
www.futureelectronics.com
ARROW
50 Marcus Drve
Melville, New York USA 11747
Telephone: 877 237 8621
www.arrow.com
AUSTRIA:
NEUMUELLER-FENNER ELEKTRONIK GmbH
Henleinstrasse 1
85570 Markt Schwaben
Germany
Tel: +49 (0) 8121/258331
Fax: +49 (0) 8121258382
Email: optek@neumueller.com
Web: www.neumueller.com
AUSTRALIA:
LOGIC 4 AUSTRALASIA PTY LTD.
35 Finniss St.
Gawler SA 5118
Australia
Tel: +61 8 8522 7047
Fax: + 61 8 8522 7048
Email: slhaaren@ozemail.com.au
BELGIUM:
Koning & Hartman
Pontebeeklaan 43
1731 Zellik
Belgium
Tel: + 32 2 467 17 44
Fax: + 32 2 467 17 48
Email:
Gerjon.Gabry@KoningenHartman.com
Web: www.embeddit.nl
CHINA:
B.B.S. ELECTRONICS PTE LTD
12 Genting Road
349474 Singapore
Tel: (656) 559-8400
Fax: (656) 559-8568
Email: info@bbsgroup.com.sq
BEIJING NORTHKING ELECTRONIC TECHNOLOGY
DEVELOPMENT CO. LTD.
No.6 Jia, Kang Ding Street
Beijing Economic-technological
Development Area
Beijing
China 100176
Tel: +86 10 6785 6600 ext. 121
Fax: +86 10 6785 6123
Email: Norking@public.gb.com.cn
FRANCE:
EUROCOMPOSANT
144 Avenue Joseph Kessel
78960 Voisins-le-Bretonneux
France
Tel: +33130649515
Fax: +33130436827
Email: contact@eurocomposant.fr
Web: www.eurocomposant.fr
GERMANY:
NEUMUELLER-FENNER ELEKTRONIK GmbH
Henleinstrasse 1
85570 Markt Schwaben
Germany
Tel: +49 (0) 8121/258331
Fax: +49 (0) 8121258382
Email: Optek@Neumueller.com
Web: www.neumueller.com
INDIA:
B.B.S. ELECTRONICS PTE LTD
12 Genting Road
349474 Singapore
Tel: (656) 559-8400
Fax: (656) 559-8568
Email: info@bbsgroup.com.sq
SEAMAX ENGINEERING PTE. LTD.
61, Kaki Bukit Avenue 1
Shun Li Industrial Park
#04-38 Singapore 417943
Tel: +65 547 1828
Fax: +65 547 6388
Fax: +65 241 9422
Email: sales@seamax.com.sg
IRELAND:
AMTECH INDUSTRIES LTD
Unit 19C
Rosemount Park Drive
Rosemount Business Park
Ballycoolin Road
Blanchardstown, Dublin 15
Ireland
Tel: +353 1 821 6444
Fax: +353 1 821 6355
Email: amtech@iol.ie
ISRAEL:
EL-GEV ELECTRONICS LTD
BAREKET Building, P.O. Box 162
AIR-PORT City 70100
Israel
Tel: +972-3-972 0666
Fax: +972-3-972 0667
Email: yoely@elgev.co.il
Web: www.elgev.co.il
International Distribution Locations
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Page F—3
ITALY:
KEVIN SCHURTER
Via Venezia Giulia, 10
20157 Milano
Italy
Tel: +390233200914
Fax: +390233200917
Email: info@kevin.it
Web: www.kevin.it
KOREA:
MS INTERNATIONAL CORP.
C.P.O. Box 6780
Rm. No. 1205 Haechun Bldg.
#831, Yucksam-Dong
Kangnam-Ku, Seoul,
Korea
Tel: +82 2 553 0901
Tel: +82 2 555 5584
Fax: +82 2 553 0046
Email: msinter0@elim.net
LATIN AMERICA:
GRAFTEC ELECTRONIC SALES, INC.
Corporate Headquarters
1 Boca Place
2255 Glades Road
Boca Raton, FL 33431
United States
Tel: +561 994 0933
Fax: +561 994 5518
Fax: +561 994 6698
MALAYSIA:
SEAMAX
No. 1, Jalan Batu Uban
#1C-18-01
11700 Penang
Malaysia
Tel: +604 659 1828
Fax: +604 659 6388
Email: sales@seamax.com.sg
THE NETHERLANDS:
KONING & HARTMAN
Energieweg 1,
Postbus 5080
2600 GB Delft
The Netherlands
Tel: + 31 15 260 9576
Fax: + 31 15 261 9194
Email:
gerjon.gabry@KoningenHartman.com
Web: www.embeddit.nl
NEW ZEALAND:
PROFESSIONAL ELECTRONICS (1993) LTP
P.O. Box 75
Silverdale, HBC
Auckland, New Zealand
Tel: +64 7 543 3916
Fax: +64 7 543 3917
Email: dorahamr.@xtra.co.nz
PORTUGAL:
MATRIX LISBOA
LusoMatrix, Lda
Av. Coronel Eduardo Galhardo
N°7, Piso -1C
1170-105 Lisboa/Portugal
Tel: +351 21 816 2625
Fax: +351.21 814 9482
Web: www.matrix.es
SINGAPORE:
SEAMAX ENGINEERING PTE. LTD.
61, Kaki Bukit Avenue 1
Shun Li Industrial Park
#04-38 Singapore 417943
Tel: +65 547 1828
Fax: +65 547 6388
Fax: +65 241 9422
Email: sales@seamax.com.sg
SOUTH AFRICA:
COMMUNICA (PTY) LTD.
P. O. Box 29011 Sunnyside
0132 Pretoria SA
South Africa
Tel: +27 12 322 7613
Fax: +27 12 322 3721
Email: Imraanj@communica.co.za
Web: www.salespt@communica.co.za
SPAIN:
MATRIX ELECTRONICS
C/ Belmonte de Tajo 76 3°
28019 Madrid
Spain
Tel: +34 91 5602737
Fax: +34 91 5652865
Mr. Joseph Maria Vilallonga
MATRIX ELECTRONICA, S.L.
Web: www.matrix.es
SWEDEN:
MARTINSSON ELEKTRONIK AB
Instrumentvaegen 16
Box 9060
12609 Haegersten
Stockholm
Sweden
Tel: +46 8 744 0300
Fax: +46 8 744 7922
Email:
Per.Ekelund@Martinssonelektronik.se
Web: www.martinssonelektronik.se
SWITZERLAND:
SWISSDIS AG
Grasweg 7
CH-4911 Schwarzhaeusern
Switzerland
Tel: +41 0 62 923 6706
Fax: +41 0 62 923 6707
Email: swissdis@bluewin.ch
TAIWAN:
SEA UNION ENGINEERING ENT. LTD.
9F-1, No. 19-3, San-Chung Road
Nan-Kang (Nan Kang Software Park)
Taipei 115
Taiwan
Tel: +886 2 2655 3989
Fax: +886 2 2655 3918
Fax: +886 2 2655 3919
Email: seaunion@ms2.hinet.net
TAIWAN:
MAXMEGA ELECTRONICS CO. LTD
12F-3, No. 81 Sec. 1
Hsin Tai 5th Road
Hsichi City, Taipei County
Taiwan
Tel: +886-2-2698-0809
Fax: +886-2-2698-0810
E-mail: murphy@maxmega.com
Email: anita@maxmega.com
Web: www.maxmega.com
TURKEY:
EMPA ELECTRONIK SANAYI VE
TICARET A.S.
Organize Sanayi Bolgesi
Turgut Ozal Caddesi No. 135
34670, Ikitelli, Istanbul Turkey
Tel: +902126711080 ext. 120
Fax: +902126711088
Email: voklan@empa.com
Web: www.empa.com
UNITED KINGDOM:
PACER COMPONENTS PLC
Unit 4, Horseshoe Park
Pangbourne, Reading
Berkshire RG8 7JW
Tel: +44 118 984 5280
Fax: +44 118 984 5425
Email: pacer@pacer.co.uk
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