ICPL2730 Search Results

E91231

Abstract: ICPL2730 ICPL2731 2500Volt ICPL-2731
Contextual Info: ICPL2730 ICPL2731 HIGH SPEED DUAL CHANNEL OPTICALLY COUPLED ISOLATOR PHOTODARLINGTON OUTPUT APPROVALS l UL recognised, File No. E91231 DESCRIPTION These dual channel diode-darlington optocouplers use a pair of light emitting diodes and an integrated high gain photon detectors to provide 2500Volts RMS

4N46

Abstract: 6N137 6N138-139
Contextual Info: Hutton Close, Crowther Ind Est, Washington, Tyne & Wear NE38 0AH, England mailto:sales@isocom.uk.com - Tel: +44 0 191 4166546 - Fax: +44 (0)191 4155055 6N137, ICPL2601-2602 ICPL2630-2631: High Speed Optocouplers 6N138-139 ICPL2730-2731 4N45 4N46: High Gain Optocouplers

22KOHM

Contextual Info: 1 of 6 Hutton Close, Crowther Ind Est, Dist 3, Washington, Tyne & Wear NE38 0AH, England Email: isocom@dial.pipex.com - Tel: +44 0191 4166546 - Fax: +44 0191 4155055 ICPL2730, ICPL2731 Dual Low Input Current, High Gain Optoisolator Circuit and Package Features

6N137

Contextual Info: 1 of 3 Hutton Close, Crowther Ind Est, Dist 3, Washington, Tyne & Wear NE38 0AH, England Email: isocom@dial.pipex.com - Tel: +44 0191 4166546 - Fax: +44 0191 4155055 6N137, ICPL2601-2602 ICPL2630-2631: High Speed Optocouplers 6N138-139 ICPL2730-2731 4N45 4N46: High Gain Optocouplers

Contextual Info: isocon COnPONENTS LTD MSE D • MûôbSlO GQQQE34 =1 HIISO 'pz//-?5 H igh Speed, H igh G ain C ouple rs continued Propagation Delay Time Part Number 6N138 6N139 ICPL2730 ICPL2731 4N45 4N46 Current Typ*cal M IN < % I IN R Z I Features Specified Input Current

AAAG 6 pin ic

Contextual Info: I S OC OM COMPONE NTS 7SC LTD D 4flat,S10 □□□□122 7 T 1 ISO T-'il~S 5' ICPL2730 ICPL2731 Dual Low InputCurrent HighGainOpto Isolators A B SO LU TE M A X IM U M R A T IN G S 25°C unless otherwise noted FEATU RES • High Current Transfer Ratio -10 0 0% Typical

b13s7

Contextual Info: ISOCOfl COMPONENTS LTD 45E » • HfiflbSlQ 0Q0D23S fi « I S O T -4 1 -7 3 lf = 20mA < •r V b v ceo 2V Ij.= 1mA m O O VF o Ui Characteristics CD TRANSISTO R FAM ILY VCE|SAT| lp =100uA v CE= io v Test L -0 VCE SAT> lF = 20mA Ip= 20mA Ip= 20mA lc =40pA lc =125 iA 1c =175nA VCE=10V

moc3041 REPLACEMENT GUIDE

Abstract: MOC3041 replacement MOC303 is608
Contextual Info: ISOCOM COMPONENTS LTD ME D • ,m s l n 00Q023b 8 m i ^ Dual Channel 'T - h i -^5 G eneral Purpose Part Number Current Transfer Ratio IF = 10mA MIN <% Features Features ISD-1 ISD-5 ISD-74 MCT6 ; PIV LEO 10 pA Continuous Forward Current M AX mA) isolation

MOC30211

Abstract: MOC3D62 TLP521 MQC3020 moc30111 4N35 cny17 4N4U
Contextual Info: Mwêi t e i F ÈmUÊmSÆ 4 N 2 5 . 7 H11L3.13 IS3021. 18 1SP824-3.18 MCA2231.15 SFH600-1. 8 4 N 26. 7 H11L4.13 IS4N45.19

H11F1

Contextual Info: IS OC On C O M P O N E N T S LTD 4SE » • 4ûflb510 G D 0 0 2 3 3 7 « I S O High Isolation Opto-Couplers Single Channel, Transistors Output, w ithout Base Connection Part Number IS205 IS206 Current T ransfer Ratio If 10mA M iN <%i Features V D C C ontinuous

Contextual Info: ISOCOH COMPONENTS LTD WM MfiflbSlO 0000236 b • ISO 4SE P OPTOELECTRONIC SWITCHES T R A N S IST O R FA M ILY VF Ip = 60mA 'r V b v ceo lg=1m A 5V Test b v eco lc= IOOjiA V c e =25V lc 0N lc 0N lc °N Ip = 5mA Ip = 20mA Ip = 30mA V ce = 5V VCE = 5V VCE SAT|

ISTS875A

Abstract: mct isocom HIIG2 CNY17-2 H11j SFH60 HIIG3 ISTS805
Contextual Info: ISO C O M COMPONENTS LTD 4SE D H ô fib S lO I Photo Darlington 0 0 0 0 5 3 7 4 • IS O 7 = V /-7 / c o n tin u e d High Voltage, with B ase Connection i Part Number Features bvceo C urrent Transfer Ratio IF - 1 m A @ 1mA M IN (V I VCE = 2V M IN (* ) IS660

ISTS201

Abstract: ISTS2001 IS1020 MOC 4N35 IS1100 ists824 IQ4000 triac catalogue MOC 4N25 M003040
Contextual Info: IS0C0I1 COMPONENTS LTD i»5E D Bi MflflbSlQ 0000232 5 • ISO f'L{ |-tf3 Zero Crossing Triac Couplers Single Channel DIP, Zero Voltage Crossing Triac Part Number Features Input Trigger Current V T M *3 V MAX mA MOC3031 15 MOC3032 10 MOC3041 MOC3042 Continuous

ISTS804

Abstract: h21A1 sensor icpl3700 H21A2 IS2100G ISTS401 ICPL2502 ICPL2601 h24b1 4N35 cny17
Contextual Info: ISOCOH COMPONENTS LTD 4SE D • MfiflbSlO 0000236 b «¡ISO OPTOELECTRONIC SWITCHES VF 'r bvceo Ip = 60mA > to 11 oc > Characteristics lg=1mA Test bveco lc 0N lc °N lc °N Ip = 5mA Ip = 20mA Ip = 30mA VCF = 5V Vce =5V Vce = 5V VCE SAT lE= lOOpA Vce =25V lc = 1.8mA

M0C3011

Abstract: ists824 ISTS80 H1101 H11L1 H21A1 ISTS2001 ICPL2502 ICPL3700 h21A1 sensor
Contextual Info: ISOCOfl COMPONENTS LTD 45E ]> • HfiflbSlO □□0023*1 fi « I S O -f-4 -73 o Ui o o < £ Characteristics CD TRANSISTO R FAM ILY •r Ip= 20mA V„=2V lj.= 1mA Max (V Max (pA) Min (VI MinlVl Max (nAI Max (VI 1.7 1.7 1.7 100 100 100 30 30 30 5 5 5 100 100

M0C3011

Abstract: photo transistor til 78 ic moc3041 ICPL2503 ICPL3700 ISTS401 IS2100G ISTS875A ISTS832SD ICPL2502
Contextual Info: ISO C O M COMPONENTS LTD 4SE D H ô fib S lO I Photo Darlington 0 0 0 0 5 3 7 4 • IS O 7 = V /-7 / c o n tin u e d High Voltage, with B ase Connection i Part Number Features bvceo C urrent Transfer Ratio IF - 1 m A @ 1mA M IN (V I VCE = 2V M IN (* ) IS660

inp 5k12

Abstract: 6N135 6N136 6N138 6N139 ICPL2530 ICPL2531 ICPL2533 ICPL2730 ICPL2731
Contextual Info: ISOCOM COMPONENTS High Speed Transistor Couplers Single / Dual Channel 8 Pin DIP Part Number 6N135 6N136 Features Optically Coupled pair with LED & Photo Detector Current Transfer Ratio Min % Specified Input Current (mA) ICPL2531 Dual Channel Transistor

MOC3040 equivalent

Abstract: MOC3043 equivalent H21A1 PINS MOC3031 equivalent MOC3040 and applications H22B1 equivalent ISP817 IS606 moc3040 ISP521-1
Contextual Info: PHOTO TRANSISTOR General Purpose 4 and 6 Pin Packages; 6 Pin DIP - Safety Approvals: UL, CSA, VDE 0884, BSI, NEMKO, DEMKO, SEMKO, and FIMKO *Note 1 Part Number Features H24A1 Current Transfer Ratio IF = 10mA Min % Isolation Test Voltage (KV) Continuous Forward

Contextual Info: High Speed Transistor Couplers Single/Dual Channel 8 Pin DIP Part M ih* m •m /im *. rM R im <52. 9 ImA 6N135 6N136 ICPL4502 Single channel Transistor Output 7 High C.M.R. 1 kv/tis. min 19 ICPL2533 Dual Channel Transistor Output «» F tm ■HT» f W M ilM M t a iilii .