T | ] Tm [ER eee PaO | BAER (T.-C ] : | sara 4 yee SRT ese | emer: [etl ees! arene | ay . alow % ae i 8 es he) mw Ve . x | edeg: | Arf te] te [Ve Te | ae Ve . wi | vei nm) [mea [imal] (Vv) (mA}} tmay | avy | ec # | BR5385X. x 4 30~85 | 79 | Flat Top TLR143 x = | as 20 700 i 15 2.1 20 25 4 20~75 7 57 PR5385X 4 30~85 | 79 | Flat Top TLR144 ait 35 700 | 3.5 ub 2.1 : 20 25 4 20~75 | 57 | VR5385X. 4 30~85 | 79 | Fiat Top ~~ TLR145 ~~] iE 30 700 | 3.5 15 2.1 | 20 25 4 20~75 | 59 | 74 eA 7b EBR9304S 4 | 30~85 | 40 TLRI6 wuz| 35 | 7o00/ 4 | is | 21 20 | 2 | 4 | -20~75 | 57 4 30~85 | 40 TLR? 58 | 120 700 | 1.5 15, 2.1 20 25 4 20~75 | 60 | Flat Top EVR53048 4 | s0~85 | 40 TLURIGB wal 20 Pose lio! a5 [ts 20 | 2s |e | o~75 | 57 femme VR5304S, 4 30~85 | 40 TLURI44 tea | 35 660 50, 15 1.8 | 20 25 4 20~75 | 57 | meee EBR3334S 4 | -30~85 | 40 TLSU3 fae! 20 [357 50 | 1s [2120] 2 | 4 | 20~75 | a7 | apse PR5334S we| 24 [ao0! 6 | 1 ]21] a | a0 | + | -30~as | 40 TLSi44 wuz{ 35 [635] 25 | 15 | 22 20 | 2 | 4 | 20~75 | 57 | momma EVR5334S, ait 24 630 24 20 2 20 30 4 30~85 | 40 TLRC13 HE 50 660 40 20 1.8 20 25 4 20~75 | 47 | MR Sin 24 630 16 20 2 20 30 4 30~85 | 40 TLRCLI4 HE 70 660 25 20 1.8 20 25 4 20~75 | 47 | RE EBR5305S ws| 40 [soc] 30! 20 [i7{ 2 | 5 | 4 | -3o~s5 | a | TLRCI33A we] 30 | 660] 120] 20] 1.81 20 | 2 | 4 | 20~75 | 51 | meme PR5305S 8 40 700 8 10 2.1 10 30 4 30~85 | 41 TLRC134A At 45 660 45 20 1.8 20 25 4 20~75 | 51 | eee EVR5305S we! 40 [oso | 30 [ 20) 2 | 20 [ 30 | 4 | 3o~as | at TLRC135A sez} 30 [660] 150| 20118 20 | 2 | 4 | 20~75 | 51 | meee VR5305S ue 40 630 20 20 2 20 30 4 30~85 | 41 TLRC136A FL 45, 660 50 20 1.8 20 25 4 20~75 | 51 | Bee EBR5335S, HE 45 560 tS 20 1? en Ag 4 30-85 | 41 TLRAL [sei | 660 | 600 20 1.8 20 25 4 20-~75 7 | a PR5335S, Aan 45 70 3 10 2.1 10 30 4 ~30~85 | 41 TLRA130 660 | 1500] 20 1.8 | 20 25 4 20~75 | 50 | Be EVR5335S aie 45 636 18 20 2 20 30 4 30~85 | 41 TLRAIS5SBP 660 | 900 20 1.8 | 20 25 4 ~20~75 | 61 | Bee 7 VR5335S, Ri 45 630 12 20 2 20 30 4 30~85 | 41 TLRAILI6 660 ;} 150 20 1.8] 20 25 4 20~75 | 47 | Aree Tira |e lase] so [roe fas!] as [21] 2] 2 | 4 | -20~75 | a7 TLRALMA 660 | 200 | 20] 1.8] 20 | 2 | 4 | 20~75 | 51 | mae TLRIMA A 70. 700 | 1.5 15 24 20 20 af 20~75 | 47 TLRI33AP 700 15 15 2.1 20 20 4 20~75 | 86 TLRIA | aul 7 {70 118] 1521) 20 | 2 | | -20~2 | 47 TE [ririsear | mo | 6 | 15 [21] 201 2 [| 4 | 20~75 | 86 TLR120A 8 50 700 4 1S 2.1 20 20 4 20~75 | 47 TLRISIP 700 50 20 2.1 20 20 4 [20-75 84 | Me TLRI33A 30 | me] s [as [2a] 20] 2 31 TLRI82P 700} 25 | 202.11 20 | 20 | 4 | 20~75 | wa | amen TLRIGA a [oo] 3 | a5 [21] 2 | 2 al _ TLRAI8OAP 660 | 3000] 20 | 1.8] 20 | 50 | 4 | ~20~a5 | ga | mae TLR26IP vo [700 [1.3 [ 15 [2.1] 20 | 20 54 {Vet Top || | TLRA2S5A 660 | 350 | 20 | 3.6| 20 | 30 | 8 | ~20~85 | 85 [ZONE TLR263P 120 700 1 2.5 i 24 20 20 53 TLRC180AP 660 | 600 20 1.8 20 25 4 20~85 | 84 | Sas TLRIIA : 40 700 3 15 2.1 20 20 BB KAA b TLSL3P 635 25 15 2.1 20 25 4 20~75 | 48 TLSI13 50. 635 iF) 15. 2.1 20 23 47 | Be | TLSIMP 635 8 15 2.4 20 25 4 20~75 | 48 Tiss | mit | 70 635 7 13 25 47 | tae | TLSI81P 635 | 150 20 2.1 20 25, 4 20~75 | 84 | SaeRE 4 : TLS133E (MS! 30 35 iS 25 al | Bae TLSiszP 635 90 20 2.1 20 25, 4 20~75 | 84 | eee TLS134A A 45 635 10 i 25 51 | ee TLS2554 635 30 20 4.2 20 30 4 20~75 | 85 | 2Chip ME) tae | 695/95 | 15 | 21) 20 | 25 34 | ee TLURISIP 660) 250 | 20 71.8) 20 7 2 | 4 | 20~75 | 84 | mieuBe ! 635 7 es 2.1 20 25 55 | me TLURI82P 660 | 150 20 1.84, 20 25 4 20~75 | 84 | Bye TLURII3 660 20 I 20 1.8 20 2h 4 | Bae TLRAI79 660 | 1000 | 20 ! 3.6 | 20 30 4 20-85 1 97 | 35. TLURI 660 | 15 | 20] 1.8] 20} 25 47 | BE TLRA256 660 | 350] 20 | 3.6] 20 | 30 4 | 20~85 | 98 | 3, 2Chip 660 22 2g It 20 25 4 | 20- 75 [ 47 |) ee TLSAI34AP 636 | 150 26 Lg 20 30 4 30~85 | 51 | 630mm eee ano ta Ls faa fae [os [a | -on~es [ae TLSAISSEP eso | 200 | 29 [19] 20 | oo | 4 | -30~88 | 61 | 630mmamae@LED? v7 5-1 $5-2 $5-3 P5-4 $5-5 950202 080R 200 (5.081 | 100 (4.57) 180 (4.87) ol 280" (6.35 mmp Fy | N 210" (5.33 mm) 4 g cope DIE SEATING PLANE 3 som 068" (1.65 mm) | Bi 0830) 590 (0.38) 3 2| rc 185 DIA. 065" (1.40. mm) ott + 1 i s Z| La fe oto fo780" Re I} u a l" 2) r Ly SeaTING rane c reat 2, (058 38 ; 3] X, , ae mm RE 2-1,9201 2 1.00 wsaymine o 2 =| os 80 1127) c AOS RoTcH eso (127) } 1.00 {2.54 MIN) | |_ 206201 & | t l 7 { | ANODE LEAO . q 10" NOM 050 (1.27) _ TF ISLONGER ia ba mm) = NOMINAL en i LE 080 (1.27) | FLAT DENOTES 254 4] | 900 (2 $4) fo 050 (1.27) se , 4 100 i234 S Soo 3 eer Fs l-. oe} J | ror view & ars star Denotes 3 CaTHOUE fot FLAT DENOTES HL CATHODE tL ul - 25. | 100 fe 200" (5.08" mm) masa 170" (4.32 mm) 1: Anode inch(mm) inch(mm) 29 058 inch( mm) inch(mm) 2: Cathode $5-6 $5-7 65-8 P5-9 450-02 ay 2:979.2 ol pesos02 2 a $5.020.2 a L = n i g t Z ~ 4 a yw a a N 3 2 3 3 3 S 8 s 8 a 8 8 2 a 5 g al 3 5 1 8 Ei z a a 8 aL oes 5 ge S| cs 3 15 3 t Fal a lot te = ae N Wg . roa Tos. ft Mar a 06-07 4 ie 20,20 m a : 2-1020.1 et 06:01 = =| 2-0.620.t TO 20.4520.) 4 0 e201 =a | _ 2 8 2-08Max =| hee i 20.6201 UL 2-06-01 2 0.6201 7 : x LA 2.54 1254) a a , 1 2 254 5 2 | 142 { 3 Lo a Z ~ ~ 7 3 Py 3 3 2 , > . 3 2 25 les} 1: Anode et 1: Anode 1: Anode 1: Anode 1: Anode 28 2: Cathode 2: Cathode 2: Cathode 2: Cathode 2: Cathode Ct ABB S mm)~5-11 p5-14 65-15 3 646202 95.020.2 3 g 3 3 r 4-1 |i 8 = ' ~ r) as < 5 eo 3 _ oe j 2 e 3 ie i 444 2 . $ t a T $47 RO.3 2 a] fe Hy i, 2-0.9Max J 8 2.54 | 2 2-0.620.1 SI 0620.1 tet at 2-4.020.1 + an) 23.000. ast 2 ng 2 4 20.6201 . ep samme i z e - 1 i om C 08 , te o = ' ose os jl sig 2.5 a souane + ae . _ a Ti 41 \ re le 10.8, * caTwooe ti re | RB FLA | 45.09?] a 1: Anode 1: Anode ead Ld CATHODE 2: Cathode 2: Cathode . 28 P5-16 $5-17 65-19 65-20 5540.3 | 6.040.3 "pono 5.080. : : ye 3 3 re 3 i |" ' | J ( ae 44 oT || | Z i 1 < Hl a iy : : . Gos vf A Bos i ile 008 7) . 4 | Log NE att as Ne caTHooe Les) Vo cxtooe ed ete Le carnoot CTAB BE: mm)$5-21 $5-22 $5-23 fh-24 MDM 102 Umber 9Av > +04 ik 4D imm 65-25 5.0792 5 ! oe ro - .6102 zoz0GP } x 8 20:64 5 & aa 5 : > S 5.0%02 8 = . ae 5 g S a z 3 a 5 Sal. |e sisj| i |2 I e 2 {) 12 Ht fds | ~ *| coon | 2 + z 3 2 od 8 | p z * % 6/34 tlh i 6 Qo = 3 1} tea i | 1 < & Ele Y KEWL", + 2 3 5 . o o|2 4 3S N | gO 3 we |. s> Af yge = 7 R CP ost ay os? 3 OTS Ste * - ye 2.54 s Ssaobe, Cathode, $5-26 p5-27 5-28 reeR a oe mame. | 65-80 a fiom Mo fiimm x REA 3| 5 =| a 5 2 z a 3| 34 | 8 3 =} TT a zZ + aR 3 a uf 3 x {| por | | dL. ; j Ot i] l| Anode, Cathode - t Fae les] a wee +: Anode ied 2 Cathode: 2 Cathode Cot RB A t mm)$5-31 65-32 5-33 $5-34 65-35 nem nom oo am A en 1, Anode 2. Cathode iF 2. Cathode p5-39 65-40 } 9540.2 7.6202 ay 640.2 TL e 6s E 6.110,3 On. 78, SMIN, 8 |g : lob SS- AAG Tole 7 45.629.2 wOoThT ee || roses g & Ct ERA mm)95 $5-41 65-42 oH b5-44 i oy eS420.2 . f 3 1 f # _ > a _ z |? = Ji AF . ae |< : os03 is 3 2 eli t aye]; # # a]: 4 5 1s 2 3 Z li . o | a a z i le : 3 | # | z[ 2 | 2 al 3 i v ays 3 . PB = Dios) i. 3 . OS. a 3 g } Py os So & (2.5) x 0.5 23 *{ 3 x 2| 1 om lI 4 : 254 5 254 a a AYR te . a 5 2.54 38 vFvoA 2.54 2 av , L peer 1. ANODE + lLoys-r 1. TAF 2 puck ? = 2. CATHODE N 2 WY-F 2 ay #5-46 $5-47 65-48 P5-49 ~5-50 go+02 ~ 1 2 paso 3 | Ol -O_] i +0) | =| ~ 2 o 3 i q 6 Ne, ta Z| na 4] 4 s goxaz, g5+02 : | 3 & ) oo | = 3 a = 3 5 l . 3} 54 3 3 ql | 4 4+" a dH] ga Hq 2 o 3 a] i x al 2 z 5 = a |} 4 | & % = z t 4 rr) + 2 =| = 2 > O.8MAX. 4 2 a 5 8 2 3 5 g q as os xl q 2-005+015 9 s i os-e al z ; iS} 8 _.| Do6+01 ay a . (25) a 4 af Wiehe 254 PYRE 4yF79R es s AVF 97a ae e = $ 5 . ep 8 eae " Ty Anode L PHF Lo77-F Lb T/-F & Cathode 2 py 2 Ay z pyr$5-52 $5-58 $5-55 i 94 3 4 g a . |8 a d 3 ae b 8 2 ~ ne = g eB a = 2 a7 * 2 8 Ps 9tOR = 540: z/4 s 1202) | | mmesoi3aiax | 6 , = sa = is : # 86402 75MIN. & y al S ae 3) 33 ELL}: | Viale olla a Fi T "y f 7 | a 4 t s 4 F 3 05 |t " wll 05. a 228051015 I % ul 8 as as. | a 4 gi = 2 1 yaya , = 2.54 AYE ADA 254 WYK AYHyPA 2540 RIK AYHYDA : =~ i LL 9 2.54 3 fr 3) gi cd au + WrsFK Lovs-F L 7/- Ng 2 WYK wor7-k 2 ayF 2 Ay 2 hve Fk $5-56 65-57 ~5-58 $5-59 ~5-60 16MIN. a 62403 3 2 a i peng ls 7 a *| oH q 3 3 & ~ a 3 e a = s | = 4 rt = 2 a 4 Lt | = # Ga9t0: 5 25 +02 # i = a x ik bs 4a. = = a : = = 18MIN. y x 3] <2 = 5 : ae 3 2S H| 39 2g 3 3 374 a] Ti | oss 3 a | 4 g a ot a 5|-4 L2MAX L2MAX 2MAX L2MAX , os os as Lf oe os a oof my) 5 25.620.2 RB g = Jimks 2s APE . B94 WIV AFR ALF DIA BEA AIK 1 Fp PK Bb BYE AY TIX 9 3 3 3 ba 1 Lota K L 7/ ho te-K gm Rse- RRyy R RIReY Qt ABI BAZ S mm)an Oj 65-62 $5-63 18.50 ung | p5-65 a) wf oS 5 | x % : In 1 e A 0.58 || a 5 & ossmax | t 1.27 NOM, 1.27 NOM t g R54 DIK AYE FR | fir ieiat i) oR : nea PE, E { nom + CATHODE CATHODE, L FSF zB nyt Nc MABER b 1, Smax a 5.08 lee 5.08 Taz T 457 . Foe 3 | i t ii Toterance + + 0.2 9.19 "| 9.19 vu : 1186 0.89 Baa nN ut 7mm = O64 843 10 BO i | 1 | > |p| 4 i 1.32 ; Taz z 089 & 20 0.6 = : 064 mn SOUAME NOM 8 40 045 g se N SQUARE ROM NAL Bona gL 23,0 MIN, 127- to? i 0.64 , 1.27 nom, WP "7 souare fa fe & NOMINAL 559 o 1 t CATHODE - Le 254 NOM BAZ tS mm)~5-71 5540.2 29.5MIN. 27.5MIN. @NSBR tH IMAX, 65-72 st0.2 2 4 | 4 x al | Z| 2 Zz 2) & 0.7MAX. ai + ay ) al a | F0.5+0.1 ! $5-73 MAX1.5. MAR: 02 URevgoa | 104 thine 3a $5.0 3 458 1 x 2 3 : ie - Ve a nel 4 z 4 5 8 * = 07 2 fe 34 th. 28 865+025 R54 AIK AYR VIA ae {. (AVF LTR 1 yok Lo oT/-F 1 ae r 2 -+ a 2 ayn 8] 48+02 54802 45.022! #50202 S \ 3 x a ! i a x : 5 2 S| 3 6 < # oy i 5 z el of : gi ' 4 | a si = @ | | ~ = 8 x Z:07Mex z 3 { > z/ 5 1 20.4520.) AL 9.45401 & 3 4 t. 2 : 2 al el | = 9.5+0.1 = 3 x 3 : 8 % = ra Pe 1. Anode 2. Cathode [23 2 Cane te CT AM Mz mm)65-81 2, Cathode 65-82 $5.64 0,2 24.0Min, CATHODE, coe =< 3a] +1 a , 4 a at :RET 7 RETF 1.5 MAX. fe Ww al 204) | 965402 aos J 254 AY EA YF oD a 3 1 Ts 2 ay-F RPV AVF IIA ra LL T7F 2. 47-F st 0.2 n a 3 3 # 8 $ tz | 05 # j p25. x at BSA ym KAY Fy IA 65-87 1640.2 20.SMIN, a L0H 45.620.2 wm x oe oo o HI H ei 7 EL LTE sy 3! Lott lz zlF ah ols 3\s |S FS 2 gla 10. MAX, ' & MAX, ae a = 0.1 (2.5) x + 2 8 3 65-90 w 28.5MIN ORME 10, TMAX cb CP RBA : mm}100 69-91 pd-92 5 ~-93 p5-94 $5-95 0540.2 o540.2 w conan : I L 2540.2 @ PN Nhe a 3 x : 2 fis g | sls B ar a ay st VC e 3 C m1 aye i S 4 a Yo SOLS * : = 2ho.s) at 3/2] = =o eg 5 2/5 se | z2{(= iS = so =| 2 I a z z|* 3] = | aly 0. 7MAX. = Sl\- 0. TMAX. ee 0. 7MAX. gla 4 ia 3\>| Sl eg Rn a\ 2 =F an = Sia = l 2 (2,5) = % 50.1 2.3) = S eT, a 3 al 3 x f 2 8 S | sh ey <dee ef 31 pe $596 5-97 5-98 95-99 5 100 ' Hi 5.0202 @ ho c _ i + @ od o540.2 ql 2 i LC I Ce) a z | 1/1 Cory apa va ! z an : ayo 2 z10201 I q = 4 i : 2-0.640.1 = 0.620. | fon! & 4 go200 #} aah Win 4 a aay 2.54 2 a 204 j__|= 2.54 = + nN CATHODE a.cathote LoF/-F 2.anode 12 2 7-F 1: Anode 1 2 Anode 2 : Cathode 2 : Cathode Cf ARGH (Et mm101 5-101 $4.8202 944202 Max. NOT SOLDERED 2-1.020.1 2:06:01 | _!Loseos 1: Anode 2 : Cathode 5- 102 +02 og 133 SO =at 00.5 2.5 ay- XESS 2-12" TYP 1.27 NOM 25-108 308 Pe 08g 9.19 11.56 064 a43 10.8 i daz 102 0.64 230 SQUARE NOMINAL 81 ty aa CATHODE 2.54 NOM 5-104 anoae / 65-107 ss so a E & ale #5 8 ae EI | Ao li.o7 {Pos voce //'] cn [28] a 1:Anode 2:Cathode 9-110 : / cy 25 CATHODE Ct jAL A 2 mm)760.2 gt0.5 8.7540.2 1 6540.2 1 = 5 a a) 9. 7 HHISSELH) 1MAX. 20+1 (2) Tt {2} 20+1 0.2 5.6. 43 4 ol 0.7MAX, s ee HRS IMAX. 1Min/ : (0.5) tmin/ Od AEB Zt mm) 103 tommy pbk Be Wo N | wy oo > N | ws 3S oD N | uw So NING 92 OF NS x Gl CorProl 2 Hl > ryt igo)! Sy gs atta I matt ~N rE ; N Le w KVL (4 T RUEURE i ! iD ZOFOEL NING 82 zorgs oS L aa M4 @ ii RR ad + 2 a 50 5-121 (9.867 Muna )p4-2 $4-3 p4-4 64.0202 | NOT SOLDERED 2Max i ey 60-02 _| 2Max NOT SOLDERED .230" 5 U a 500" MIN. uy 3 S Q) oe max. 06:0.) 019" 048" 20, 2-100 1 0.620.5 : H i 9520.1 | | (2 Leads) 2-06-01 i4 x , + 04g" 036" | a es INSULATED yy, 3 CONNECTED FROM HEADER Cathode + 2 INTERNALLY 2 TO HEADER za] Zl a z 1: Anode 1: Anode fF 1: Anode 2: Cathode 2: Cathode 2: Cathode $4-6 p4-7 p4-9 64-10 #48202 = TO-18 (EMALR RE ANIEL > 2) a [eeeeaz] coz $48 3 . i 8 ianse 3 $4,002 a |/+ 5 8 | pee 2 he: etry Z | : * + - 2 3 Yq , 24.0201 3S v \ * 2 3 2-0620.1 G6201 3 ' : 2 inf rd sf} & 3 z x N JAV-K 0.45x 0,4 osual 1: Anode 7 254 KB | 2: Cathode 2. Cathode (Case) Les] SaaRE CAR Be : mm)