LITEON High * Transfer Efficiency, - : General Purpose Type Photocoupler eye RO re . . LC we Slee te pee TO = eDute 7 isi a l : be se seen LTV4N32/LTV4N33 ce L... JLITE-ON INC SLE a = 55 3bab7 O001b6? 5 a LIN m@ FEATURES T AN 85. 1. High current transfer ratio nt | LTV4N32, LTV4N33 i I (CTR:MIN. 500% at Ip =10mA, Vog = 10V) | | 2, Response time ton:MAX. Sus at Ip =200mA \ | Veo = 10V, Ip =50mA i 4 3. UL approved (No E113898 (S)) t { @ APPLICATIONS 1. 1/0 interfaces for computers 2. System appliances, measuring instruments 3. Signal transmission between circuits of different potentials and impedances @ OUTLINE DIMENSIONS (UNIT: mm) 1,240.3 O+920:2 | . 3 Modeinee : Pin No. and internal . connection diagram t i CP 6 5 4 LTV4NQIC3 Anode mark 25+00 oN LITE() NI i250), ' ee] e vi phy 1 Vo at UJ CX\ i 2 3 Lot No. * 4. Anode = 4, Emitter 2. Cathode 5. Collector 3,NC 6, Base | Factory Identification mark *2 | 7124065 7.62 063 | (280) | 354005 onsrre tt | | | 3.7205 ; : 7) 33520.5 O.5L0 meas ae e=019 - "3 Model No. A-11 *1 2-digit number marked according to DIN standard LTV4N32 | 26 *2 Factory Identification mark shall be or shall not be marked. LTV4N33 ro - _ Oe eee ee ~ | t . _ oo - a ee F re ee aTi t } = r- i. 2 a r 4 1 1 I 1 @ RATINGS AND CHARACTERISTICS Absolute maximum ratings (Ta=25C) Parameter Symbol Rating Unit Forward current . Ag 80 mA *4 Peak forward current lIEM 3 A Input Reverse voltage VR 6 V Power dissipation P 150 - mW Collector-emitter voltage VCEO 30 Vv Collector-base voltage VcBO 30 Vv | Output Emitter-collector voltage VEco 5 Vv Collector current Io 100 mA Collector power dissipation Po 150 mW | | Total power dissipation Prot 250 mw | | too | LTV4N32 ' 2500 y | * 2 Isolation voltage . i | nes LTVAN33 so 1500 fms Operating temperature Topr 55~ +100 C | Storage temperature Tstg -55~ +4150 . C * 3 Soldering temperature Tsol 260 C *1 Pulse width = 1 xs Duty radio:0.001 *2 AC for 1 minute 40~60% R.H: *3 For 10 seconds . A-12 27aE D _ 5530387 O00UbE4 q mLTN| a he {Lite ON INC Co eee a _ eo Ue 2 ite nee ro L i T-AI-f -85 a a ee EE a - Electro-optical characteristics (Ta=25C) Parameter Symbol] Min. | Typ. | Max. Unit Conditions Forward voltage Ve _ 1.2 1.5 Vv Ip=10mA 2 Reverse current ip 10 pA VR =AV Terminal capacitance Ct 50 pF V=0, f=1 kHz Collector dark current ICEO _ _ 100 nA Vce=10V, Ip=0 Collector-emitter v V I=0.1mA 5 breakdown voltage BVcEO | 30 ~~ Ip=0 a. 5 oO Emitter-collector fe=10nA breakdown voltace BVeco| Vv <0 Collector-base Ig6=0.1mA breakdown voltage BYcBO | 30 ~ V ip=0 Iz=10mA *1 Collector current _ A Ic 50 m. Vog=10V Collector-emitter Vy 10 : V IF=8mA r saturation voltage celsal)| . , Ig=2mA 3 g Isolation resistance R x1010 | 1x 1011 2 DC500V iso x x _ s 40~60% RH. & Oo % Floating capacitance Cr _ 1.0 _ pF V=0, f= 1MHz oe = Response time (Turn-on time) on _ 5 HS]. IF=200mA (tw= 1.0mS) Response time . Voc=10V I=50mA (Turn-off time) toff _- 400 ps *1 Pulse test: Input pulse width =300gs Duty ratios 0.02 , CTR =x 100% A-13 28 TN eee aaa TePS [Ltre- ~ON INC m@ SUPPLEMENT * Isolation voltage shall be measured in the following method. (1) Short between anode and cathode on the primary side and between collector, emitter and base on the secondary side. (2) The isolation voltage tester with a zero-cross circuit shall be used. (8) The waveform of applied voltage shall be a sine wave. Inspection standard Outgoing inspection standard for LITON products are shown below. (1) A single sampling plan, normal inspection level ft based on MIL-STD- 105D is applied. The AQL according to the inspection items are shown below. Defect Inspection item AQL(%) Judgement criterion * Electrical characteristics Major defect e Unreadable marking 0.25 . Open, short Depend on the : specification e Appearance Minor defect Dimension 0.4 A-14 29 OT rp re ne en ae pt creme ne Sonn 2 ne ee* ae {LITE ON INC eT: Do - rorrenpmar EL a, Fig. 1 Forward Current vs. Ambient Temperature Fig. 100 - = & 80. 2 + S 60 g 5 a 8 3 UC 8 40 g 2 20 8 & 3 3 0 -55 -25 0 25 50 75 100 125 Ambient temperature Ta (C) Fig. 3 Forward Current vs. Forward Voltage Fig. 500 200 = < lo ~ 100 F i 50 2 @ 5 ~ = 20 $ Oo Cc zl s gs - 5 S 5 6 0.5 2.5 Forward voltage Ve (V) Fig. 5 Collector Current vs. Collector-emitter Fig. Voltage 70 Pe ( Ta=25C 60 40 30 20 Collector current Ic (mA) Relative current transfer ratio (%) 10 % 2 4 6 8 10 12 14 Collector-emitter voltage Vcg (V) [roc et ee ee ee ee ee ne S536367 o004e73 ? mELTN: Sof TH41-85 ye 2 Collector Power Dissipation vs. - Ambient Temperature 200 150 100 N 50 \ , 0 -55 -25 0 25 50 75 100 125 Ambient temperature Ta (C) 4 Current Transfer Ratio vs. Forward Current 1 Vcr=10V Ta=25C = So bt => Co Ss So ee sos 8S$ 8S 8 coc 8S Ss 8&5 i) 50 100 Forward current IF (mA) 6 Relative Current Transfer Ratio vs Ambient Temperature 150 i 10mA =l -_ Q oa a oO -55 -25 0 25 50 75 100 Ambient temperature Ta (C)poar | repro py | yLt TE-ON INC JiE D) Mm SS Fig. 7 Collector-emitter Saturation Voltage vs. Ambient Temperature 1.2 11 1.0 0.9 0.8 0.7 0.6 0.5 0.4 -65 ~26 0 25 50 75 100 Ambient temperature Ta (C) Collector-emitter saturation voltage VoE (gat) (V) Fig. 9 Frequency Response & _ Vee=2V Ic=10mA Ta=25C 0 StS g N Ny IN ~~ N N Z -5 N N a RL=1kQ' 100QN\] iL o\ S 8 g 10 i } -15 aol | | 05 1 2 5 10 20 50 100200 500 Frequency f (kHz) Fig.11 Test Circuit for Response Time Ir=200mA Vcc I. (tw=1ms) 3p, Input _ #10Y Inputo-w} Output Output | 10% Ro aS - mw to 3636 a ae Fig. 8 Collector Dark Current vs. Ambient Temperature -6 , 10" (Vcr = lov tL T 7 10-7 Cc I T + et 3 10-8 cc tC t ret C 10-9 ee ee eee eee el ira r T 7 | 10- =| co 7 F F I Co 10-8 eee 7 | 10-8 (te Collector dark current ICEG (A) 7? 0001672 9 BELTN. Lo weaes oh ~55 -25 0 25 50 75 100 Ambient temperature Ta (C) Fig. 10 Collector-emitter Saturation Voltage vs. Forward Current = 7 | & alte] cel < Ta=25C w 4 eer ler S |Salsiis o She 8 oS 4 5 | 2 3 3 2 -_ \ 5 \ } 2 8 %~TT 273 4 5 678 8 Forward current Ip (mA) Fig. 12 Test Circuit for Frequency Response Vec 9 Rp Re : * Output eS : A-16 31a ere LITE-ON INC 3LE D MM 5536367 0002832 T MLTN PACKAGING === att Reel Packaging (Axial Lead Units) The C dimension of Fig, 3 is between 3.17m.m. and 635mm greater than the length of the component involved, DEVICE COMPONENT TAPE REEL QUANTITY (EA) CARTON | TYPE SPACE (MM) SPACE (MM) DIA (MM) . | AN . / B" Dp REEL CARTON SIZE (MM) WEIGHT (KG) : | Do-44 610.5 2.411.5 326-336 5000 20K 355 x 355 x 355 10.5 | -~ DO-41U . | DO-201AD 1020.5 52.441.5 | 326~336 1200 48K 355 x 355 x 355 9,0 P6(Aleg) 10. +05 52.4415 326-336 700 28K 355 x 355 x 355 88 | - - | | | | | FIG, 1 FIG.2 FIG.3 16.76mm T (5) 88.9mm MAX OFF ALIGNMENT 1.0mm ~The 27> D | OFF CENTER | - 6.35mm 79.4mm BOTH SIDES 1.0mm Bulk Packaging (Axial Lead Devices and Bridge Rectifiers) DEVICE PACKAGING SIZE (MM) QUANTITY (EA) APPROX GROSS WEIGHT (KG) TYPE BOX CARTON BOX CARTON BOX CARTON DO-41 196 x 84 x 20 450 x 210x250 | 1000 50K 0.38 20 DO-41L DO-201AD 305 x 93 x 59 355 x 355 x 355 1000 20K 1.35 28 P6(Aleg) 305 x 93 x 59 355 x 355 x 355 500 10K ) 4.2 24.5 ..PBM 357 x 125 x 60 530 x 360 x 340 1000 20K 15 ; 32.3 PBDF 495 x 155 x 145 500 x 325 x 305 6000 ) 20K Ba 21.5 PBP 357 x 125 x 60 530 x 360 x 340 500 10K 15 31.5 PBL 375 x 220 x 155 470 x 385 x 455 1000 5K 5.7 30.5 PBPC-6 357 x 125 x 60 560 x 360 x 340 250 5K 1.1 22 PBPC-8 357 x 125 x 60 560 x 360 x 340 250 BK 17 35 KBPC 375 x 220 x 365 470 x 390 x 385 500 1K 15.1 31.5 KBPG-W 375 x 220 x 365 470 x 390 x 385 500 1K 145 30.0 C-1.LITE-ON INC 31E ) MM 5536367 0002833 1 MELTNT-90-30 AMMO BOX PACKAGING BOX SIZE i ~ =] V 1 ! | A { |Bs| Unit:m. m, = 1 - Dimensi . Dimenst _ i a't Packaging | Products Outline eae p ee sion Dimension BOX. 26MM Horizontal | 00-41 : 3K Ammo Pack DO-41L(0.8mm Lead) 265 50 95 3K 62MM Horizontal BO -414and DO-41L 3K Ammo Pack bo 201AD 260 78 92 o ; 0.8K CARTON SIZE Unit:m. im. . - > Q'ty Per Packaging Products Outline length Width High Carton 26MM Horizontal 00-41 : Ammo Pack 00-41L(0.6mm Lead) 330 310 268 42K 52MM Horizontal DO-41and 0O-41L 48k Ammo Pack DO 201AD 355 355 340 12K C2LITE-ON INC PREFORMED LEAD DRAWING 3LE D Mmm 553b3b7 0002834 3 MELINT-99-2Q20 M E B Cc Case Preformed type | type A _(mm) B _ (mm (mm) D mm) R mm) range tolerance range tolerance} range | tolerance |range | tolerance | range |tolerance M 9.020.0 1.0 8.0-22.0 +05 = - 15 max _ - E 11.0-20,0 41.0 111.0-16.0| +1.0 | 4.0-5.0. +0,5 16 mak - - D041 B 7.5 t0.5 /19.0-22.0} +05 7.5 +0.6 15 max 2.5-4.0| Typ c 4.5 +0.8 18.0-19.0| +0.5 90 +0.5 15 max 25-40} Typ M 15,0-20.0 +1.0 8.0-22.0 | +1.0 - - 2.0 max - - DO201AD E 15.0-20.0 +1.0 10.0-22.0 | 1.0 {3.0-15.0 +0.5 2.0 max - - P6(Aleg) M 15.0-20.0 +1.0 8.0-22.0 1.0 _ _ 2.0 max _ - C-3