PAGE . 1
STAD-APR.01.2009
1
3KP SREIES
NOTES:
1.Non-repetitive current pulse, per Fig. 3 and derated above TA=25°Cper Fig. 2.
2.Mounted on Copper Leaf area of 0.79in2(20mm2).
3.8.3ms single half sine-wave, duty cycle= 4 pulses per minutes maximum.
FEATURES
• Plastic package has Underwriters Laboratory
Flammability Classification 94V-O
• Glass passivated chip junction in P-600 pac kage
• 3000W Peak Pulse Power capability at on 10/1000µs waveform
• Excellent clamping capability
• Low zener impedance
• Repetition rate(Duty Cycle):.05%
• Fast response time: typically less than 1.0 ps from 0 volts to BV min
• Typical IR less than 1µA above 10V
• High temperature soldering guaranteed: 260°C/10 seconds/.375"
,(9.5mm) lead length/5lbs., (2.3kg) tension
• In compliance with EU RoHS 2002/95/EC directives
MECHANICAL DATA
• Case: JEDEC P600 molded plastic
• Terminals: Axial leads, solderable per MIL-STD-750, Method 2026
• Polarity: Color band denoted cathode except Bipolar
• Mounting Position: Any
• Weight: 1.75 ounce, 0.067 gram
.052(1.3)
1.0(25.4)MIN. 1.0(25.4)MIN.
.360(9.1)
.360(9.1)
.340(8.6)
.340(8.6)
.048(1.2)
P-600
Unit: inch(mm)
DEVICES FOR BIPOLAR APPLICATIONS
For Bidirectional use C or CA Suffix for types 3KP5.0 thru types 3KP220
Electrical characteristics apply in both directions.
MAXIMUM RATINGS AND CHARACTERISTICS
Rating at 25°Cambient temperature unless otherwise specified.
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SURF ACE MOUNT TRANSIENT VOLT AGE SUPPRESSOR PEAK PULSE POWER 3000 W atts
STAND-OFF VOLTAGE 5.0 to 220 Volts
PAGE . 2
STAD-APR.01.2009
1
3KP SREIES
rebmuNtraP V
RWM
V
BR
I@
T
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V
C
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PP
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µ
µµAµµ
µ
µµAV A -INU -IB
rosserppuSegatloVtneisnarTW0003
0.5PK3 C0.5PK3 5 4.6 55.7 01 0001 0002 6.9 5.213 0.5PK3 C0.5PK3
A0.5PK3 AC0.5PK3 5 4.6 52.7 01 0001 0002 2.9 623 A0.5PK3 AC0.5PK3
0.6PK3 C0.6PK3 6 76.6 54.8 01 0001 0002 4.11 2.362 0.6PK3 C0.6PK3
A0.6PK3 AC0.6PK3 6 76.6 76.7 01 0001 0002 3.01 3.192 A0.6PK3 AC0.6PK3
5.6PK3 C5.6PK3 5.6 22.7 41.9 01 005 0001 3.21 9.342 5.6PK3 C5.6PK3
A5.6PK3 AC5.6PK3 5.6 22.7 3.8 01 005 0001 2.11 9.762 A5.6PK3 AC5.6PK3
0.7PK3 C0.7PK3 7 87.7 68.9 01 002 004 3.31 6.522 0.7PK3 C0.7PK3
A0.7PK3 AC0.7PK3 7 87.7 59.8 01 002 004 21 052 A0.7PK3 AC0.7PK3
5.7PK3 C5.7PK3 5.7 33.8 76.01 1 001 002 3.41 8.902 5.7PK3 C5.7PK3
A5.7PK3 AC5.7PK3 5.7 33.8 85.9 1 001 002 9.21 6.232 A5.7PK3 AC5.7PK3
0.8PK3 C0.8PK3 8 98.8 3.11 1 05 001 51 022 0.8PK3 C0.8PK3
A0.8PK3 AC0.8PK3 8 98.8 32.01 1 05 001 6.31 6.022 A0.8PK3 AC0.8PK3
5.8PK3 C5.8PK3 5.8 44.9 29.11 1 52 05 9.51 8.881 5.8PK3 C5.8PK3
A5.8PK3 AC5.8PK3 5.8 44.9 28.01 1 52 05 4.41 4.802 A5.8PK3 AC5.8PK3
0.9PK3 C0.9PK3 9 01 6.21 1 01 02 9.61 4.771 0.9PK3 C0.9PK3
A0.9PK3 AC0.9PK3 9 01 5.11 1 01 02 4.51 8.491 A0.9PK3 AC0.9PK3
01PK3 C01PK3 01 1.11 1.41 1 3 3 8.81 6.951 01PK3 C01PK3
A01PK3 AC01PK3 01 1.11 8.21 1 3 3 71 4.671 A01PK3 AC01PK3
11PK3 C11PK3 11 2.21 4.51 1 3 3 1.02 2.941 11PK3 C11PK3
A11PK3 AC11PK3 11 2.21 41 1 3 3 2.81 8.481 A11PK3 AC11PK3
21PK3 C21PK3 21 3.31 9.61 1 3 3 22 4.631 21PK3 C21PK3
A21PK3 AC21PK3 21 3.31 3.51 1 3 3 9.91 6.051 A21PK3 AC21PK3
31PK3 C31PK3 31 4.41 2.81 1 3 3 8.32 621 31PK3 C31PK3
A31PK3 AC31PK3 31 4.41 5.61 1 3 3 5.12 4.931 A31PK3 AC31PK3
41PK3 C41PK3 41 6.51 8.91 1 3 3 8.52 2.611 41PK3 C41PK3
A41PK3 AC41PK3 41 6.51 9.71 1 3 3 2.32 4.921 A41PK3 AC41PK3
51PK3 C51PK3 51 7.61 1.12 1 3 3 9.62 6.111 51PK3 C51PK3
A51PK3 AC51PK3 51 7.61 2.91 1 3 3 4.42 321 A51PK3 AC51PK3
61PK3 C61PK3 61 8.71 6.22 1 3 3 8.82 2.401 61PK3 C61PK3
A61PK3 AC61PK3 61 8.71 5.02 1 3 3 62 4.511 A61PK3 AC61PK3
71JPK3 C71JPK3 71 9.81 9.32 1 3 3 5.03 4.89 71JPK3 C71JPK3
A71PK3 AC71PK3 71 9.81 7.12 1 3 3 6.72 6.601 A71PK3 AC71PK3
81PK3 C81PK3 81 02 3.52 1 3 3 2.23 2.39 81PK3 C81PK3
A81PK3 AC81PK3 81 02 3.32 1 3 3 2.92 8.201 A81PK3 AC81PK3
02PK3 C02PK3 02 2.22 1.82 1 3 3 8.53 8.38 02PK3 C02PK3
A02PK3 AC02PK3 02 2.22 5.52 1 3 3 4.23 6.29 A02PK3 AC02PK3
22PK3 C22PK3 22 4.42 9.03 1 3 3 4.93 2.67 22PK3 C22PK3
A22PK3 AC22PK3 22 4.42 82 1 3 3 5.53 4.48 A22PK3 AC22PK3
42PK3 C42PK3 42 7.62 8.33 1 3 3 34 8.96 42PK3 C42PK3
A42PK3 AC42PK3 42 7.62 7.03 1 3 3 9.83 2.77 A42PK3 AC42PK3
62PK3 C62PK3 62 9.82 6.63 1 3 3 6.64 4.46 62PK3 C62PK3
A62PK3 AC62PK3 62 9.82 2.33 1 3 3 1.24 2.17 A62PK3 AC62PK3
82PK3 C82PK3 82 1.13 4.93 1 3 3 05 06 82PK3 C82PK3
A82PK3 AC82PK3 82 1.13 8.53 1 3 3 4.54 66 A82PK3 AC82PK3
03PK3 C03PK3 03 3.33 2.24 1 3 3 5.35 65 03PK3 C03PK3
A03PK3 AC03PK3 03 3.33 3.83 1 3 3 4.84 26 A03PK3 AC03PK3
33PK3 C33PK3 33 7.63 5.64 1 3 3 95 4.05 33PK3 C33PK3
A33PK3 AC33PK3 33 7.63 2.24 1 3 3 3.35 2.65 A33PK3 AC33PK3
63PK3 C63PK3 63 04 7.05 1 3 3 3.46 6.64 63PK3 C63PK3
A63PK3 AC63PK3 63 04 64 1 3 3 1.85 6.15 A63PK3 AC63PK3
04PK3 C04PK3 04 4.44 3.65 1 3 3 4.17 24 04PK3 C04PK3
PAGE . 3
STAD-APR.01.2009
1
3KP SREIES
rebmuNtraP V
RWM
V
BR
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V
C
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µµAµµ
µ
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rosserppuSegatloVtneisnarTW0003
A04PK3 AC04PK3 04 4.44 1.15 1 3 3 5.46 4.64 A04PK3 AC04PK3
34PK3 C34PK3 00.34 8.74 5.06 1 3 3 7.67 2.93 34PK3 C34PK3
A34PK3 AC34PK3 34 8.74 9.45 1 3 3 4.96 2.34 A34PK3 AC34PK3
54PK3 C54PK3 54 05 3.36 1 3 3 3.08 4.73 54PK3 C54PK3
A54PK3 AC54PK3 54 05 5.75 1 3 3 7.27 2.14 A54PK3 AC54PK3
84PK3 C84PK3 84 3.35 5.76 1 3 3 5.58 53 84PK3 C84PK3
A84PK3 AC84PK3 84 3.35 3.16 1 3 3 4.77 8.83 A84PK3 AC84PK3
15PK3 C15PK3 15 7.65 8.17 1 3 3 1.19 73 15PK3 C15PK3
A15PK3 AC15PK3 15 7.65 2.56 1 3 3 4.28 4.63 A15PK3 AC15PK3
45PK3 C45PK3 45 06 67 1 3 3 3.69 2.13 45PK3 C45PK3
A45PK3 AC45PK3 45 06 96 1 3 3 1.78 4.43 A45PK3 AC45PK3
85PK3 C85PK3 85 4.46 6.18 1 3 3 301 2.92 85PK3 C85PK3
A85PK3 AC85PK3 85 4.46 1.47 1 3 3 6.39 23 A85PK3 AC85PK3
06PK3 C06PK3 06 7.66 5.48 1 3 3 701 82 06PK3 C06PK3
A06PK3 AC06PK3 06 7.66 7.67 1 3 3 8.69 13 A06PK3 AC06PK3
46PK3 C46PK3 46 1.17 1.09 1 3 3 411 4.62 46PK3 C46PK3
A46PK3 AC46PK3 46 1.17 8.18 1 3 3 301 2.92 A46PK3 AC46PK3
07PK3 C07PK3 07 8.77 6.89 1 3 3 521 42 07PK3 C07PK3
A07PK3 AC07PK3 07 8.77 5.98 1 3 3 311 6.62 A07PK3 AC07PK3
57PK3 C57PK3 57 3.38 7.501 1 3 3 431 4.22 57PK3 C57PK3
A57PK3 AC57PK3 57 3.38 8.59 1 3 3 121 8.42 A57PK3 AC57PK3
87PK3 C87PK3 87 7.68 8.901 1 3 3 931 6.12 87PK3 C87PK3
A87PK3 AC87PK3 87 7.68 7.99 1 3 3 621 8.22 A87PK3 AC87PK3
58PK3 C58PK3 58 4.49 2.911 1 3 3 151 8.91 58PK3 C58PK3
A58PK3 AC58PK3 58 4.49 2.801 1 3 3 731 8.02 A58PK3 AC58PK3
09PK3 C09PK3 09 001 5.621 1 3 3 061 8.81 09PK3 C09PK3
A09PK3 AC09PK3 09 001 5.511 1 3 3 641 6.02 A09PK3 AC09PK3
001PK3 C001PK3 001 111 141 1 3 3 971 6.61 001PK3 C001PK3
A001PK3 AC001PK3 001 111 821 1 3 3 261 6.81 A001PK3 AC001PK3
011PK3 C011PK3 011 221 5.451 1 3 3 691 4.51 011PK3 C011PK3
A011PK3 AC011PK3 011 221 5.041 1 3 3 771 8.61 A011PK3 AC011PK3
021PK3 C021PK3 021 331 961 1 3 3 412 41 021PK3 C021PK3
A021PK3 AC021PK3 021 331 351 1 3 3 391 6.51 A021PK3 AC021PK3
031PK3 C031PK3 031 441 5.281 1 3 3 132 31 031PK3 C031PK3
A031PK3 AC031PK3 031 441 5.561 1 3 3 902 4.41 A031PK3 AC031PK3
051PK3 C051PK3 051 761 5.112 1 3 3 862 2.11 051PK3 C051PK3
A051PK3 AC051PK3 051 761 5.291 1 3 3 342 4.21 A051PK3 AC051PK3
061PK3 C061PK3 061 871 622 1 3 3 782 4.01 061PK3 C061PK3
A061PK3 AC061PK3 061 871 502 1 3 3 952 6.11 A061PK3 AC061PK3
071PK3 C071PK3 071 981 5.932 1 3 3 403 8.9 071PK3 C071PK3
A071PK3 AC071PK3 071 981 5.712 1 3 3 572 11 A071PK3 AC071PK3
081PK3 C081PK3 081 891 8.352 1 3 3 223 3.9 081PK3 C081PK3
A081PK3 AC081PK3 081 891 4.032 1 3 3 292 3.01 A081PK3 AC081PK3
091PK3 C091PK3 091 902 9.762 1 3 3 043 8.8 091PK3 C091PK3
A091PK3 AC091PK3 091 902 2.342 1 3 3 803 7.9 A091PK3 AC091PK3
002PK3 C002PK3 002 022 282 1 3 3 853 4.8 002PK3 C002PK3
A002PK3 AC002PK3 002 022 652 1 3 3 423 3.9 A002PK3 AC002PK3
012PK3 C012PK3 012 132 1.692 1 3 3 673 8.7 012PK3 C012PK3
A012PK3 AC012PK3 012 132 8.862 1 3 3 043 8.8 A012PK3 AC012PK3
022PK3 C022PK3 022 242 2.013 1 3 3 493 6.7 022PK3 C022PK3
A022PK3 AC022PK3 022 242 6.182 1 3 3 653 4.8 A022PK3 AC022PK3
PAGE . 4
STAD-APR.01.2009
1
3KP SREIES
Fig.1 PEAK PULSE POWER RATING VERSUS
PULSE TIME CURVE
Fig.2 PULSE DERATING CURVE
Fig.3 PULSE WAVEFORM
Fig.5 MAXIMUN NON-REPETITEVE PEAK FORWARD
SURGE CURRENT UNIDIRECTIONAL
Fig.4 TYPICAL JUNCTION CAPACITANCE
td,PULSE WIDTH,usec
T,TIME,ms VRWM, Reverse Stand-off Voltage (V)
T ,AMBIENT TEMPERATURE, C
A
O
0.1 1.0 10 100 1000 10000
I ,PEAK PULSE CURRENT,%
PPM
PEAK PULSE FORWARD (P ) OR CURRENT (I )
DERATING IN PERCENTAGE %
PP PP
100
75
50
25
0125 150 175 20025 50 75 1000
0 1.0 2.0 3.0 4.0
0
50
100
150
T
A
=25C
Pulse Width (td) is Defined
as the Point Where the Peak
CurrentDecaysto50%ofIpp
tf= 10
u
se c
10/1000
u
se c Wa v e fo rm
as Defined b ye R.E.A.
Pe a k Va l u e
Ip p m
Ha lf Va lu e -Ip p
2
e-kt
td
CJ,CAPACITANCE,pF
I, PEAK FO RWA RD SURG E CURREN T
AMPERES
FSM
N UM BER OF CYC LES AT 60 Hz
Tj = Tj m a x
8.3ms SINGLE HALF since-WAVE
JEDEC M ETHO D
400
350
300
250
200
150
100
123510 20 30 50 100
100
10
1.0
0.1
P,PEAKPULSEP
OWER, kW
PPM
Non-Rep etitve
Pulse Wavefom
ShowninFlgure3
TA = 2 5
OC
1
10 100
5
10
100
1000
0000
f=1MHz
Vsig = 50mVp-p
TJ=25°C
VR=0
500
VR=Rated
Stand-off Voltage
10
Unidirectional
Bidirectional
