MCL2630 ETC
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23890128 GENL "INSTR, OPTOELEK ~~~ 88D 02929 N77. Oe GENL INSTR1 OPTOELEK 6&8 DE 3890128 oo0e925 3 ee en on ee BRS a ere neue oe ee 2GFNERAL| © e2ouat very Hich-speen af om beg INSTRUMENT | #tocic cate oprocouptens 44 eS iS oe es aca Se Bac Sa a ame ras " Esa So EgIuD as . -.. M€L2630 (HCPL-2630) B= vy DUAL 10 MBit/s LOGIC GATE MCL2631 (HCPL-2631) PACKAGE DIMENSIONS — . - = , DESCRIPTION : . . . ‘The MCL/HCPL-2630 and MCL/HCPL-2631 dual cows ty : 3: channel optocouplers have two channels, each an ter consisting of a 700 nm GaAsP LED, optically Bh 6) 4, Coupled to a vary high speed Integrated [ } F 16° MAX photodetector logic gate. The outputs feature | 626 (270) : open collectors, thereby permitting wired-OR 6.35 (.250)} 0.36 (014) - outputs, The coupled parameters are guaranteed : ‘020 (008) ‘over the temperature range of 0-70°C. A (i a @ 4) re we . maximum input signal of 5 mA will provide a [PB 4 4 ae ining es” migumum output sink current of 19 mA (fan-out 816 (360) Le seca : An internal noise shield provides superior . . oo - we 7 “ . common mode rejection of typically 10 kV/us. = Le, The MCL/HCPL 2631 has a minimum CMF of “77 77. "==" An improved doubie-molded package allows fT i iV 3991158)" a5 (196) . superior insulation, permitting a 480 Vworking WOO seers, <p! Voltage compared to industry standard 220 V. J ¥ 356 1140) 51 (azo) oN 305720) pe = FEATURES ; . sar 0.99 (038) HR yw” = Very high speed— 10 MBit/s « 20st yw i) wSuperior CMR—10kV/us _* 056 (022) . 2081 La = Superior insulatioh — 2500 V RMS 1 min. . 041 (016) DIMENSIONS IW mm (INCHES) ms) ‘« Double working voltage — 480 V : ; g «Fan-out of 8over0-70°C .- i . a ee # Logic gate output o* see « Wired-OR — open collector . ocirereo) aN ® ULL. recognized (File #E50151) q . A t veo Lo . . : ae = . APPLICATIONS . Vet Vor” F by . ® Ground loop elimination : | nN Lr] eat eae be SLSTTL to TTL, LSTTL or §-volt CMOS ts connected between # Line receiver, data transmission : - [=| {6 | vor 0 er = Data multiplexing . i an - Pins 8 and 8. (See "= Switching power supplies © = --.- Veal rh note 1) . + Pulee transformer replacement { An {5 ]ono . = Computer-peripheral interface : . te 61978 . . ‘ Equivalent Circult =~ o . po ABSOLUTE MAXIMUM RATINGS ~ tee . DC/Average forward input current Supply voltage, (Voc) ... 7.0 V/1 minute maximum Be Ie sont a : 97 1
MCL2i HGPL-2650j MGL2631 (HCPL-2631 GENL INSTR. OPTOELEK \\ 88 DE fF 3890126 gooe930 4 J 71-85 RECOMMENDED OPERATING CONDITIONS ~~ : - SS 7 Inputeurrent,towlevel 2 - = teu 2* oo... ba a - + 2 Input current, nigh tevel *5. = >. ten = Zoe ea. 1% | mA - . * Supply voltage, output" - Veo. 48 Ler (85 Lt vo 7 Operating temperatura =~ Tes DE. 8 ws Fanout(TTL Load) N : 8 "6.3 mA Is 8 guard banded value which allows for at least 20% CTR degradation. Initial input current threshold value is 6.0 mA or loss. ELECTRICAL CHARACTERISTICS (T, = 0°C - 70°C Unless Otherwise Specitied) [Parameren [symaon [win, [ rve, [max [ unre | Test conpimions . : Voo = 8.6 V, Ir =5mA . Voc =5.5V, Ir =0 mA Voo =6.5V, r= 10 mA Tapa TorwardvoTage a Input reverse breakdown voltage | Bva_ | 60 | | +4| Vv | n= 10nA, Ta=26°O Input capecance a Input diode temperature 7 Psscar owen [Le [Pare [rn input-input insulation iu Relative humidity = 45% leakage current t=5 5, Vit =500V, Note 7 : Resistance (inputinput) [Raf ota = 800, Note 7 Capacitance (input-input) LS OO Relative humidity = 45% Input-output uA Wo camovas . Insulation leakage current Now io ; Resistance (Input to output) RIO Vi-o = 500 V, Note 10 i Capacitance (input to output) | “Co” {= 1 MHz, Note 10 “All typical values are at Vog = 6 V, T, 25°C (each channel). . _ t SWITCHING CHARACTERISTICS (Ta = 25°C, Voc = 6.0 V Unless Otherwise Specified) - . i 4 hy [panameren __*‘[svmeou[pevice | win. [Tye | Max. | UNITS TEST CONDITIONS Propagation delay time . | ~~ | (For output high level) © | {Pt 4“ 75 oO . : Propagation delay time - fi =3500 (For output low level tra. bd 75 CL =18 pF . . Output rise time (10-80%) | te. 90 - 1e=7.5 mA oT Output fall time (90-10%) t 4 Notes, 2, 3, 4 & 5, Fig. 8 ~ ‘Common mode transient ‘Vom = 50 V (peak) ° fe immunity - eet eg Vue te =0 mA, VoL (min) = 2.0 . (At output high level) M RL =350 0, Note 9, Fig. 12 : ‘Common mode transient — | ; P Vom = 50 V (peak) immunity 2631 1000 10,000 Wus IlF=7.5 mA, oq. . (At output low level) -~ 2630 10,000 . Vou (max) =0.8 V ; ears : RL =350 N, Note 8, Fig. 12 8B en ee if ae :
GENL INSTR: OPTOELEK a8 de Bpanoizs oooa7a1 b § MGLZ630 (HUPL-2630) MGLZ631 [HGPL-2631) ; . 3890128 GENL INSTR, OPTOELEK 68D 02931 OT-4/-85 : TYPICAL CHARACTERISTIC CURVES (Ta = 25°C Unless Otherwise Specified) . ° SL eS ee es ee ee 8 80 2 iE AHH ire a A “ c . A= 8 ops POCO AD pee 3 bpp l Pa sy TTT] So L é ee ete ge tt get Ce) EEE Eo |_N iS eee sot | | laa frp eer) Peete et 3 ee rye yo eerrrrre) *zLtTiL it ttf LTT Tee . 0 20 3 4 8 & 70 o 0 0 30 4 8 6 10 0 10 20 30 40 50 60 Ta: TEMPERATURE (°C) ‘TEMPERATURE (T,, °C) FORWARD INPUT CURRENT (Ir, mA)
01613 C1598 C1602
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GENL INSTRs OPTOELEK >. aa DE Bpeco.es cones & Wf T=4-%5 TYPICAL CHAHAG tenia IG GUAVES (Ta = 20" Unless Utnerwise specitiea) i z Ee | 10K, g™ . == red TTT tii y)] 3 7 Py yt ty] (OSES ieee 5 ve =80V 1a | ee ee w HET fice [tft lest | | bole EH ie te yee aay : E xo Zt tT] TE jecew | 2 tows 2RA ORES hese ee Nee = = ee ia eee g 19) Ps a a ee ee 2 ol ae oe oe on oo } 3 PM : a g.-Nrr rrr) 3° NY : ous PCCCrPSS i a a zy() | TTTTTITT) gs i yee PL tt tt | watt ae} SE TET TEP ETE] og, © 1 2 90 40 62 60 70 8 ep 200 aon ao0 cod aqo 700 e00 sooramo Z "9 10 2 9 40 80 60 70 y= TEMPERATURE Vou ~ COMMON MODE TRANSIENT AMPLITUDE (V) 1, -TeNPERATURE ed 1601 1890 1595 vs. Temperature Transient Immunity vs. Common Transient Immunity vs. Mode Transient Complitude Temperature N \\----—50V Ti [| +] sy ‘ F 3600 Noe fa : oy a nN KI a aa [| vo (aurea Posing =@ SS we 4 Rbk | Ye Z———v. wins pp ow Yo J \\switcn pos. (8), 5, = 75ma @) sv ‘cM, ULSEGEN = cro C1594 Fig. 12. Test Circult for Transient Immunity and Typical Waveforms . NOTES: 1, The Veg supply voltage to each MCL2630 isolator must be bypassed by a 0.1 pF capacitor or larger. This can be either a ceramic or solid tantalum capacitor with good high frequency characteristic and should be connected as close as possible to the package Veo and GND pins of each device. 2. tex, - Propagation delay is measured from the 3.75 mA level on the LOW to HIGH transition of the input current pulse to the 1.5 V level on the HIGH to LOW transition of the output voltage pulse. H 3. teu ~ Propagation delay is measured from the 3.75 mA level on the HIGH to LOW transition of the input current pulse to ! the 1.5 V level on the Low to High transition of the output voltage pulse. | 4b ~ Fall time is measured from the 10% to the 90% levels of the HIGH to LOW transition on the output pulse. ' 5.t, — - Rise time is measured from the 90% to the 10% levels of the LOW to HIGH transition on the output pulse. 6. Each channel, t 7, Measured between pins 1 and 2 shorted together, and pins 3 and 4 shorted together. t 8. CM, ~ The maximum tolerable rate of fall of the common mode voltage to ensure the output will remain in the low output : 9. CMy - The maximum tolerable rate of rise of the common mode voltage to ensure the output will remain in the high state Volts/microsecond can be translated to sinusoidial voltages: (Vow) Vins = Max. = af oy Vou (P.P.) Example: Voy = 318 V pp when fey = 1 MHz using CM, and CMy = 1000 V/ps. 10. = Device considered a two-terminal device: Pins 1, 2, 3 and 4 shorted together, and Pins 5, 6, 7 and 8 shorted together. 100