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LT4430IS6#TRMPBF Linear Technology LT4430 - Secondary-Side Optocoupler Driver; Package: SOT; Pins: 6; Temperature Range: -40°C to 85°C
LT4430HS6#PBF Linear Technology LT4430 - Secondary-Side Optocoupler Driver; Package: SOT; Pins: 6; Temperature Range: -40°C to 125°C
LT4430ES6#TRMPBF Linear Technology LT4430 - Secondary-Side Optocoupler Driver; Package: SOT; Pins: 6; Temperature Range: -40°C to 85°C
LT4430HS6#TRMPBF Linear Technology LT4430 - Secondary-Side Optocoupler Driver; Package: SOT; Pins: 6; Temperature Range: -40°C to 125°C
LT4430IS6#TRPBF Linear Technology LT4430 - Secondary-Side Optocoupler Driver; Package: SOT; Pins: 6; Temperature Range: -40°C to 85°C
LT4430HS6#TRPBF Linear Technology LT4430 - Secondary-Side Optocoupler Driver; Package: SOT; Pins: 6; Temperature Range: -40°C to 125°C

optocoupler, spice model, resistor Datasheets Context Search

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2012 - Application Note 41

Abstract: phototransistor spice model 2N3904 npn bjt transistor power BJT PNP spice model optocoupler spice model 2n3904 npn transistor photo coupler application note bjt ce amplifier application 2N3904 TRANSISTOR using darlington amplifier common emitter bjt
Text: resistor Fig. 27 - Lab Results 5 Transient Analysis 1 4 2 2 Fig. 26 SPICE SIMULATION ANALYSIS , emitter load resistor Four pin coupler Diode detector coupler 18924 2. RBE resistor value 3 , with a 1K load resistor and a 100K resistor connected from the base to ground, with the phototransistor , 100K base resistor . From the stricking similarity between the two plots, one can conclude that the LED , = 25 °C BASE EMITTER RESISTOR DISCHARGE 1 2 2.0 1.5 3 1.0 4 0.5 0.0 0.1 19054 1.0


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PDF 16-Mar-12 Application Note 41 phototransistor spice model 2N3904 npn bjt transistor power BJT PNP spice model optocoupler spice model 2n3904 npn transistor photo coupler application note bjt ce amplifier application 2N3904 TRANSISTOR using darlington amplifier common emitter bjt
1999 - SPWM pspice

Abstract: AN1683 MC33374 "pin compatible" MC3337X optocoupler spice model TL431 note TL431 On Semiconductor forward converter with TL431 TL431 model SPICE Spice model xfmr
Text: ; e­mail: R38010@email.sps.mot.com Spice model eases feedback loop designs AN1692 Introduction , , we will show how a Spice simulator can help the designer to quickly implement his concept and show , dynamic resistor of the power zener, dVzener/dIdiode or 18W for the MC3337X series. This value gives you , stage only as it is offered in the MC3337X Spice model. 80 Threshold of Duty Cycle Reduction D1 OUTPUT , Rd 18 Gnd Rs 3 5 Vz 5 C1 50 mF Gnd Figure 3a and 3b. On the right side, a resistor


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PDF AN1692/D BP1029, R38010 AN1692 AN1692/D SPWM pspice AN1683 MC33374 "pin compatible" MC3337X optocoupler spice model TL431 note TL431 On Semiconductor forward converter with TL431 TL431 model SPICE Spice model xfmr
phototransistor spice model

Abstract: pnp phototransistor optocoupler, spice model, resistor BJT 2n3904 bjt ce amplifier application optocoupler spice model power BJT PNP spice model optocoupler basics 2N3904 TRANSISTOR using darlington amplifier optocoupler spice
Text: ground resistor Fig. 28 - SPICE Simulation For technical questions, please contact , optocouplers are, in order of importance, as follows: 1. IC or collector or emitter load resistor Four pin , appropriate will be discussed later on. Document Number: 83590 Rev. 1.4, 11-Feb-08 2. RBE resistor , outputs with a 1 k load resistor and a 100 k resistor connected from the base to ground, with the , directly using a 100 k base resistor . From the stricking similarity between the two plots, one can


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PDF 11-Feb-08 phototransistor spice model pnp phototransistor optocoupler, spice model, resistor BJT 2n3904 bjt ce amplifier application optocoupler spice model power BJT PNP spice model optocoupler basics 2N3904 TRANSISTOR using darlington amplifier optocoupler spice
2008 - 2n2222 spice model

Abstract: mathcad DCM flyback TL431 IN BOOST CONVERTER Christophe Basso CCM Flyback mathcad pfc optocoupler spice model NCP101X mathcad flyback converter AND8093D
Text: external sensing resistor , these switchers embed everything inside the package and can sometimes puzzle , via a sensing element, the sense resistor . Figure 1 represents a simplified view of a current-mode controller using an external sense resistor : dc rail clock L Vdd FB S Rpullup R DRV Q Q CS + - Cpole /3 Rsense VCS 1V Figure 1. An External Sense Resistor Monitors the , across the sense resistor cannot exceed a certain voltage in case the loop is open. This happens during


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PDF AND8334/D NCP101X NCP1027 NCP101X 2n2222 spice model mathcad DCM flyback TL431 IN BOOST CONVERTER Christophe Basso CCM Flyback mathcad pfc optocoupler spice model mathcad flyback converter AND8093D
2007 - analysis of PWM converters using model of PWM switch

Abstract: optocoupler, spice model, resistor simulation flyback converter Christophe Basso DCM flyback transfer function vorperian optocoupler spice model DCM flyback transfer function M*2955 d2nc NCP1351
Text: , compression or standby). The resulting current flows into a 45 kW resistor which develops a voltage , have chosen a TL431, but you can also use a zener diode. Rp is the optocoupler pulldown resistor and , Figure 12. The Buck-boost Model Implemented in SPICE http://onsemi.com 6 VCC 4 10 D1 1AZ11 , device together with a 10 ohm resistor . See reference [4] for more information about this technique , . www.ridleyengineering.com 1. Christophe Basso, "The PWM Switch concept included in mode transitioning SPICE models


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PDF AND8280/D NCP1351 analysis of PWM converters using model of PWM switch optocoupler, spice model, resistor simulation flyback converter Christophe Basso DCM flyback transfer function vorperian optocoupler spice model DCM flyback transfer function M*2955 d2nc
BF907

Abstract: QCPL hcnr201 spice model optocoupler spice model
Text: agnitude/Sign Iso la tio n A m p lifier. *HCNR200 Linear Optocoupler SPICE Model * LED Cathode * LED , =80P) .ENDS + F igu re 20. SPICE M odel L isting. 1-429 Theory o f Operation Figure 1 , expressed as a constant, K, where K = IpD2/IpDl- Amplifier A2 and resistor R2 form a trans-resistance , excellent linearity by using a single optocoupler and a single input resistor , which guarantees identical , , obtaining a bipolar output voltage swing. HCNR200/201 SPICE Model Figure 20 is the net list of a SPICE


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PDF HCNR200 HCNR201 HCNR200: HCNR201: 6N139. 6N139 HCNR200/201 HCNR200/ BF907 QCPL hcnr201 spice model optocoupler spice model
optocoupler spice model

Abstract: No abstract text available
Text: 4447S64 QDl S f l S l T4b PT 0 C 0 UPLERS 0 HCNR200 Linear optocoupler SPICE Model LED Cathode , »1.77Ü CJE-80P) Figure 20. SPICE Model Listing. 44475Ô4 0 0 1 5 6 5 2 =162 1-429 Theory o f , can be expressed as a constant, K, where K = IpD2/lpDl’ Amplifier A2 and resistor R2 form a , linearity by using a single optocoupler and a single input resistor , which guarantees identical gain for , . HCNR200/201 SPICE Model Figure 20 is the net list of a SPICE macro-model for the HCNR200/201


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PDF HCNR200 HCNR201 HCNR200: HCNR201: 6N139. 6N139 HCNR200/201 HCNR200/ optocoupler spice model
CNR200

Abstract: optocoupler spice model CNR201 qcpl 6N139 Spice Model Precision linear optocoupler optocoupler spice E55361 BS415 Signal Path designer
Text: ratio can be expressed as a constant, K, where K = IpD'/Ipm- Amplifier A2 and resistor R2 form a , circuit achieves excellent linearity by using a single optocoupler and a single input resistor , which , input signal, obtaining a bipolar output voltage swing. CNR200 SPICE Model Figure 20 is the net list of a SPICE macro-model for the CNR200 high-linearity optocoupler. The macro-model accurately reflects , Optocoupler SPICE Model * LED Cathode * LED Anode * PD1 Cathode * PD1 Anode * PD2


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PDF CNR200 CNR201 CNR200: CNR201: UL1577 EN41003 5E-12 214E-19 44475A4 optocoupler spice model CNR201 qcpl 6N139 Spice Model Precision linear optocoupler optocoupler spice E55361 BS415 Signal Path designer
optocoupler spice model

Abstract: CNR200 6N139 Spice Model QCPL optocoupler spice model cnr200 CNR201 Precision linear optocoupler analog input optocoupler optocoupler, spice model, resistor Isolation amplifier
Text: ratio can be expressed as a constant, K, where K = Ipo'/Ipni- Amplifier A2 and resistor R2 form a , achieves excellent linearity by using a single optocoupler and a single input resistor , which guarantees , on the polarity of the input signal, obtaining a bipolar output voltage swing. CNR200 SPICE Model Figure 20 is the net list of a SPICE macro-model for the CNR200 high-linearity optocoupler. The , /Sign Isolation Amplifier. » cnr200 Linear Optocoupler spice Model * LED Cathode * LED Anode


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PDF CNR200 CNR201 CNR200: CNR201: UL1577 EN41003 CNR200 5E-12 214E-19 optocoupler spice model 6N139 Spice Model QCPL optocoupler spice model cnr200 Precision linear optocoupler analog input optocoupler optocoupler, spice model, resistor Isolation amplifier
CNR200

Abstract: QCPL pd2 photodiode Signal Path designer optocoupler as isolated linear opamp optocoupler spice model
Text: as a constant, K, where K = I pd2/Ipd i Amplifier A2 and resistor R2 form a trans-resistance , input resistor , which guarantees identical gain for both positive and negative polarities of the input , . Figure 20 is the net list of a SPICE macro-model for the CNR200 high-linearity optocoupler. The macro-model accurately reflects the primary CNR200 SPICE Model characteristics of the CNR200 and should , SPICE Model LED Cathode LED Anode PD1 Cathode PD1 Anode PD2 Anode | PD2 Cathode .SUBCKT CNR200 12 3 4 5


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PDF CNR200 CNR201 CNR200: CNR201: UL1577 EN41003 CNR200/201 5E-12 QCPL pd2 photodiode Signal Path designer optocoupler as isolated linear opamp optocoupler spice model
1996 - hcnr201 spice model

Abstract: 201 optocoupler HCNR20X hcnr201 4-20 ma analog optocoupler hcnr201 6N139 Spice Model analog Isolator HCNR-20X Precision linear optocoupler hcnr201 application
Text: Isolation Amplifier. 1-376 Figure 19. Magnitude/Sign Isolation Amplifier. H Figure 20. SPICE , expressed as a constant, K, where K = IPD2/IPD1. Amplifier A2 and resistor R2 form a trans-resistance , linearity by using a single optocoupler and a single input resistor , which guarantees identical gain for , . HCNR200/201 SPICE Model Figure 20 is the net list of a SPICE macro-model for the HCNR200/201


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PDF HCNR200 HCNR201 HCNR200: HCNR201: 6N139. 6N139 HCNR200/201 HCNR200/ hcnr201 spice model 201 optocoupler HCNR20X hcnr201 4-20 ma analog optocoupler hcnr201 6N139 Spice Model analog Isolator HCNR-20X Precision linear optocoupler hcnr201 application
2008 - uc3843 flyback supply opto-coupler

Abstract: flyback uc3843 tl431 schematic adapter UC3843 UC3843 power supply atx atx power supply schematic uc3843 UC3843 spice model uc3843 dc to dc converter schematic UC3843 atx forward converter with TL431 65W ac adapter schematic
Text: . R3 10 k SPICE Application Before rushing to the laboratory to apply this technique, let's give it a try with a SPICE simulation and check that our equations give the correct answers. Figure 6 , each others. For the slow lane sweep, Figure 9 shows the adopted sketch: the upper LED resistor is , Compensator Based on a TL431 and Adapted for a SPICE Simulation 1 vdbfb 2 ph_vfb Plot1 vdbfb in db , R3 10 k Figure 9. In the Slow Lane Sweep, the Fast Lane Input Goes to a Fixed dc Bias SPICE


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PDF AND8327/D uc3843 flyback supply opto-coupler flyback uc3843 tl431 schematic adapter UC3843 UC3843 power supply atx atx power supply schematic uc3843 UC3843 spice model uc3843 dc to dc converter schematic UC3843 atx forward converter with TL431 65W ac adapter schematic
2005 - comparative tracking index

Abstract: Agilent High-Linearity Analog Optocouplers 5989-2137EN optocoupler, spice model, resistor BF 245 A spice optocoupler spice 2N3906 2N3904 HCNR201 E55361
Text: Isolation Amplifier. H .SUBCKT HCNR200 Figure 20. SPICE Model Listing. 14 0.001 µF +ILOOP , constant, K, where K = IPD2/I PD1. Amplifier A2 and resistor R2 form a trans-resistance amplifier that , using a single optocoupler and a single input resistor , which guarantees identical gain for both , . HCNR200/201 SPICE Model Figure 20 is the net list of a SPICE macro-model for the HCNR200/201


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PDF HCNR200 HCNR201 HCNR200: HCNR201: HCNR200/201 5989-0286EN 5989-2137EN comparative tracking index Agilent High-Linearity Analog Optocouplers 5989-2137EN optocoupler, spice model, resistor BF 245 A spice optocoupler spice 2N3906 2N3904 HCNR201 E55361
2005 - Agilent High-Linearity Analog Optocouplers

Abstract: optocoupler spice model 201 optocoupler optocoupler 1c UFR410 2N3906/2n6027 practical application circuits HCNR201 HCNR200 E55361 2N3906
Text: .SUBCKT HCNR200 Figure 20. SPICE model listing. 13 OC2 6N139 0.001 µF +ILOOP HCNR200 LED , expressed as a constant, K, where K = IPD2/IPD1. Amplifier A2 and resistor R2 form a trans-resistance , using a single optocoupler and a single input resistor , which guarantees identical gain for both , polarity of the input signal, obtaining a bipolar output voltage swing. HCNR200/201 SPICE Model Figure 20 is the net list of a SPICE macro-model for the HCNR200/ 201 high-linearity optocoupler. The


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PDF HCNR200/201 HCNR200/201 5989-0286EN 5989-2137EN Agilent High-Linearity Analog Optocouplers optocoupler spice model 201 optocoupler optocoupler 1c UFR410 2N3906/2n6027 practical application circuits HCNR201 HCNR200 E55361 2N3906
2006 - 201 optocoupler

Abstract: 6N139 Spice Model 2N3904 2N3906 E55361 HCNR200 HCNR201 optocoupler spice model
Text: .SUBCKT HCNR200 Figure 20. SPICE model listing. 13 OC2 6N139 0.001 µF +ILOOP HCNR200 LED , expressed as a constant, K, where K = IPD2/IPD1. Amplifier A2 and resistor R2 form a trans-resistance , using a single optocoupler and a single input resistor , which guarantees identical gain for both , polarity of the input signal, obtaining a bipolar output voltage swing. HCNR200/201 SPICE Model Figure 20 is the net list of a SPICE macro-model for the HCNR200/ 201 high-linearity optocoupler. The


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PDF HCNR200/201 HCNR200/201 HCNR200/ 5989-0286EN 5989-2137EN 201 optocoupler 6N139 Spice Model 2N3904 2N3906 E55361 HCNR200 HCNR201 optocoupler spice model
1996 - optocoupler spice model

Abstract: optocoupler as isolated linear opamp hcnr201 application BS415 BS7002 E55361 HCNR200 HCNR201 UL 2651
Text: Figure 19. Magnitude/Sign Isolation Amplifier. H .SUBCKT HCNR200 Figure 20. SPICE Model Listing , = IPD2/IPD1. Amplifier A2 and resistor R2 form a trans-resistance amplifier that converts IPD2 , using a single optocoupler and a single input resistor , which guarantees identical gain for both , . HCNR200/201 SPICE Model Figure 20 is the net list of a SPICE macro-model for the HCNR200/201


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PDF HCNR200 HCNR201 HCNR200: HCNR201: 6N139. 6N139 HCNR200/201 HCNR200/ optocoupler spice model optocoupler as isolated linear opamp hcnr201 application BS415 BS7002 E55361 HCNR200 HCNR201 UL 2651
1999 - BS415

Abstract: BS7002 E55361 HCNR200 HCNR201 Isolation amplifier optocoupler spice model Agilent High-Linearity Analog Optocouplers EN60065, monitor
Text: OC2 6N139 Figure 20. SPICE Model Listing. 13 0.001 µF +ILOOP HCNR200 LED R1 10 k R5 , constant, K, where K = IPD2/I PD1. Amplifier A2 and resistor R2 form a trans-resistance amplifier that , using a single optocoupler and a single input resistor , which guarantees identical gain for both , . HCNR200/201 SPICE Model Figure 20 is the net list of a SPICE macro-model for the HCNR200/201


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PDF HCNR200 HCNR201 HCNR200: HCNR201: 6N139 HCNR200/201 HCNR200/ HCNR200/201 BS415 BS7002 E55361 HCNR200 HCNR201 Isolation amplifier optocoupler spice model Agilent High-Linearity Analog Optocouplers EN60065, monitor
2005 - Not Available

Abstract: No abstract text available
Text: 20. SPICE model listing. 14 OC2 6N139 0.001 µF +ILOOP HCNR200 LED R1 10 kΩ R5 80 , /IPD1. Amplifier A2 and resistor R2 form a trans-resistance amplifier that converts IPD2 back into a , or balance adjustments. HCNR200/201 SPICE Model Figure 20 is the net list of a SPICE macro-model , linearity by using a single optocoupler and a single input resistor , which guarantees identical gain for


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PDF HCNR200 HCNR201 HCNR200/201 6N139. 6N139 AV01-0567EN AV02-0886EN
2005 - CNR200

Abstract: HCNR200-550E optocoupler spice model optocoupler spice model cnr200 HCNR201 optocoupler configuration OPTO ISOLATOR TL HCNR201-050E hcnr201 4-20 ma HCNR200
Text: 20. SPICE model listing. 14 OC2 6N139 0.001 µF +ILOOP HCNR200 LED R1 10 k Z1 5.1 , as a constant, K, where K = IPD2/IPD1. Amplifier A2 and resistor R2 form a trans-resistance , gain adjust ment and no offset or balance adjustments. HCNR200/201 SPICE Model Figure 20 is the net list of a SPICE macro-model for the HCNR200/201 high-linearity optocoupler. The macromodel , circuit achieves excellent linearity by using a single optocoupler and a single input resistor , which


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PDF HCNR200 HCNR201 HCNR200/201 6N139. 6N139 AV01-0567EN AV02-0886EN CNR200 HCNR200-550E optocoupler spice model optocoupler spice model cnr200 HCNR201 optocoupler configuration OPTO ISOLATOR TL HCNR201-050E hcnr201 4-20 ma
1999 - optocoupler as isolated linear opamp

Abstract: 6N139 Spice Model optocoupler spice model analog Isolator HCNR200 APPLICATION
Text: 19. Magnitude/Sign Isolation Amplifier. H .SUBCKT HCNR200 Figure 20. SPICE Model Listing , PD1. Amplifier A2 and resistor R2 form a trans-resistance amplifier that converts IPD2 back into a , achieves excellent linearity by using a single optocoupler and a single input resistor , which guarantees , input signal, obtaining a bipolar output voltage swing. HCNR200/201 SPICE Model Figure 20 is the net list of a SPICE macro-model for the HCNR200/201 high-linearity optocoupler. The macro-model accurately


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PDF HCNR200 HCNR201 HCNR200: HCNR201: HCNR200/201 HCNR200/ 5965-3577E optocoupler as isolated linear opamp 6N139 Spice Model optocoupler spice model analog Isolator HCNR200 APPLICATION
2004 - 5988-4104EN

Abstract: optocoupler spice 354 optocoupler optocoupler spice model opto isolator photodiode analog optocoupler HCNR201 2N3906 pts 510 HCNR200
Text: Amplifier. H .SUBCKT HCNR200 Figure 20. SPICE Model Listing. 14 0.001 µF +ILOOP HCNR200 , constant, K, where K = IPD2/IPD1. Amplifier A2 and resistor R2 form a trans-resistance amplifier that , using a single optocoupler and a single input resistor , which guarantees identical gain for both , . HCNR200/201 SPICE Model Figure 20 is the net list of a SPICE macro-model for the HCNR200/201


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PDF HCNR200 HCNR201 HCNR200: HCNR201: HCNR200/201 5988-4104EN 5989-0286EN 5988-4104EN optocoupler spice 354 optocoupler optocoupler spice model opto isolator photodiode analog optocoupler HCNR201 2N3906 pts 510 HCNR200
optocoupler spice model

Abstract: hcnr201 optocoupler application analog optocoupler hcnr201 hcnr201 application 6N139 Spice Model BS415 HCNR201 HCNR200 E55361 BS7002
Text: Amplifier. H .SUBCKT HCNR200 Figure 20. SPICE Model Listing. 1-429 Theory of Operation , current ratio can be expressed as a constant, K, where K = IPD2/IPD1. Amplifier A2 and resistor R2 form , resistor , which guarantees identical gain for both positive and negative polarities of the input signal , bipolar output voltage swing. HCNR200/201 SPICE Model Figure 20 is the net list of a SPICE


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PDF HCNR200 HCNR201 HCNR200: HCNR201: HCNR200/201 HCNR200/ HCNR200/201 optocoupler spice model hcnr201 optocoupler application analog optocoupler hcnr201 hcnr201 application 6N139 Spice Model BS415 HCNR201 HCNR200 E55361 BS7002
2005 - pts 510

Abstract: isolated 4 to 20ma analog transmitter circuit analog optocoupler hcnr201 HCNR201 optocoupler spice model optocoupler as isolated linear opamp
Text: /sign isolation amplifier. Figure 20. SPICE model listing. 14 0.001 µF +ILOOP HCNR200 LED R1 , /IPD1. Amplifier A2 and resistor R2 form a trans-resistance amplifier that converts IPD2 back into a , achieves excellent linearity by using a single optocoupler and a single input resistor , which guarantees , input signal, obtaining a bipolar output voltage swing. HCNR200/201 SPICE Model Figure 20 is the net list of a SPICE macro-model for the HCNR200/201 high-linearity optocoupler. The macromodel accurately


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PDF HCNR200 HCNR201 HCNR200/201 AV01-0567EN AV02-0886EN pts 510 isolated 4 to 20ma analog transmitter circuit analog optocoupler hcnr201 HCNR201 optocoupler spice model optocoupler as isolated linear opamp
2001 - 5988-4104EN

Abstract: 6N139 Spice Model optocoupler spice model optocoupler as isolated linear opamp HCNR201 HCNR200 Agilent High-Linearity Analog Optocouplers E55361 OPTOCOUPLER USED IN SIGNAL ISOLATOR 2N3906
Text: . SPICE Model Listing. 13 0.001 µF +ILOOP HCNR200 LED R1 10 k R5 80 k Z1 5.1 V R4 , and resistor R2 form a trans-resistance amplifier that converts IPD2 back into a voltage, VOUT , using a single optocoupler and a single input resistor , which guarantees identical gain for both , . HCNR200/201 SPICE Model Figure 20 is the net list of a SPICE macro-model for the HCNR200/201


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PDF HCNR200 HCNR201 HCNR200: HCNR201: 6N139 HCNR200/201 HCNR200/ HCNR200/201 5988-4104EN 6N139 Spice Model optocoupler spice model optocoupler as isolated linear opamp HCNR201 HCNR200 Agilent High-Linearity Analog Optocouplers E55361 OPTOCOUPLER USED IN SIGNAL ISOLATOR 2N3906
1999 - optocoupler spice model

Abstract: 354 optocoupler 6N139 Spice Model HCNR20X HCNR201 HCNR200 E55361 BS7002 agilent opto-coupler opto isolator photodiode
Text: . SPICE Model Listing. 13 0.001 µF +ILOOP HCNR200 LED R1 10 k R5 80 k Z1 5.1 V R4 , and resistor R2 form a trans-resistance amplifier that converts IPD2 back into a voltage, VOUT , using a single optocoupler and a single input resistor , which guarantees identical gain for both , . HCNR200/201 SPICE Model Figure 20 is the net list of a SPICE macro-model for the HCNR200/201


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PDF HCNR200 HCNR201 HCNR200: HCNR201: 6N139 HCNR200/201 HCNR200/ HCNR200/201 optocoupler spice model 354 optocoupler 6N139 Spice Model HCNR20X HCNR201 HCNR200 E55361 BS7002 agilent opto-coupler opto isolator photodiode
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