OPI2150 OPTEK | Alldatasheet
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OPTEK TECHNOLOGY INC OLE D {4798580 coonzey 2 | : Optoclectronics Division 1987 Cost Saver Product! Tle ele od TAW Electronic Components Group Call TRW for more information! AItuy Product Bulletin 5201 January 1985 uy 3 EN Optically Coupled Isolators Types OPI2150, OPI2250 za . Er] lege! peers BGS] 2 @ eto or wmcaresf1 © © © puersons ee 038 a nes ¥ i Fa arts | | vom] |_| i—aitstene EH 2H 1000254) mi Features Absolute Maximum Ratings (T,~25°C unless otherwise noted) ‘© 1600 or 2600 volt isolation Input-to-Output Isolation Voltage OPIZIS0. 2... eee cece ce eeeceeeeeeee eee ee ee 41500 VOCUM ‘© High current transfer ratio OPIZZED 2... ee eeeeeeeeeeeeeeeseeeeseseeeeeees 2600 VOCUO : © UL recognized Fie No, £58730 Operating Temperature Range... ees. sesesescsseseeseesesseteseseseses “65°C to +100% Description Input Diode The OPI2160 and OPI2260 each cansist of @ Forward DC Curent... cosscseseseeveveecieecacsesceceetnsnsnseeeeeeseses 60 mA oalum are ined ening cide couple wy Pete Forward Curent ys pu, SOD pn A #0 NPN sen phanvrssr moumed ask RBEOROEonsornenesnrnrerernreeentneecrnencinen ge QO pin duatinine package, The OPI2150 and ueput Tranaater eee e ee ene seen ne eeeeeeseereterreseteteeeseeceesesses s 1OOM OPI2260 are identical except for input-to-output Seeinati VIBRICBO. ... 6 0ececeeeeeeeeeeeeessesseeeeeseseretesesssnsssteeeeseeececererees SOV ‘Notes: (1) Measured with input diode leads shorted together and output leads shorted together. (2) RMA flux is (4) Derate Eneerty 2.0 mWI°C above 26°C. Typical Performance Curves Diode Forward Current vs Rolative Collector Current vs Diode Forward Voltage 10 Diode Forward Currant je Hares i, Ae ia. F LAL ae an ay ttlLYYTT | tid Da a | rn vp Foi ie ee ‘Tptoslectronics Division, AW Electronic Components Group, Vi 5 Ww. Crosby Aa, Carrol iton, x e006 a 4) Fos0000, TX B/T6030 or 216040 128 : a
OPTEK TECHNOLOGY INC ObE D 798580 Cooozes 4 ff Types OPI2150, OPI2250 T- 41-23 eee ee 1 Electrical Characteristics (T,=25°C unlass otherwise noted) sym [on Peramater [Win] Typ [Max,[Uaite] Vest Conditions Taput Diode . ee Output Phototransistor LoS ae fee tov [ig — ft eee aa a ae ee otek ek Pier emerge ee NN ee as a 0 Nate Output Fal Time FL=1000, See Test Circuits _ Typical Performance Curves Collector Current vs Relative Collector Current vs Roletive Collector Dark Current ve ‘ n Collector-Emitter Voltage 1 Ambient Temperature i” Ambient Temperature A .e [wats] ‘ol 1] LET LOTTA ereseec| eDeCOSA) HHO Chee Coy er) a all Pat os Ho L Pfs i wT ETA buf Lew | a EET TI HE eet ; a Oe o 5 0 6 0 % 0 “60 -% 0 28 50 75 «(100 Wo 2s 2% 8075 100 tee coutronin vat Th awpexr area 3 er Sarai Rise and Fall Time vs Delay, Rise, and Fall Time ‘Svsitching Time Load Resistance vs Base Resistance Teast Circuits " Hest ete lan veh tia HERRERA, A p Beet wage Poe) eeReSHS a j 7 4 | 7 rt BoD ES 2g Tin Bs Ret B 4 : 7 Fs : 3 | 4 id came eg" E " vec“ 10 ; ‘ LTT | [| i i a i qt von 0 200 400 600 800 1000 “V00K a use ost a 10M "y v LOAD ESSTANCE - - - mato ‘TRW reserves the right to make changes at any time in order to improve design and to supply the best product possible. ‘Plastic color may vary. ‘Thtoslectronics Division, TRW Tlectronic Components Group, How. Trosby Fo, Carromtan, K To008 1214 305-2000, TX 67 16082 or 716040 128 i