The Datasheet Archive

Top Results (6)

Part Manufacturer Description Datasheet Download Buy Part
LT1158IN#TR Linear Technology IC HALF BRDG BASED MOSFET DRIVER, PDIP16, 0.300 INCH, PLASTIC, DIP-16, MOSFET Driver
LT1162CN Linear Technology IC 1.5 A FULL BRDG BASED MOSFET DRIVER, PDIP24, 0.300 INCH, PLASTIC, DIP-24, MOSFET Driver
LT1158IN Linear Technology IC HALF BRDG BASED MOSFET DRIVER, PDIP16, 0.300 INCH, PLASTIC, DIP-16, MOSFET Driver
LT1336CN Linear Technology IC 1.5 A HALF BRDG BASED MOSFET DRIVER, PDIP16, 0.300 INCH, PLASTIC, DIP-16, MOSFET Driver
LT1158IS#TR Linear Technology IC 15 A HALF BRDG BASED MOSFET DRIVER, PDSO16, SOIC-16, MOSFET Driver
LT1158IN#TRPBF Linear Technology IC HALF BRDG BASED MOSFET DRIVER, PDIP16, 0.300 INCH, PLASTIC, DIP-16, MOSFET Driver

opto mosfet Datasheets Context Search

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opto mosfet

Abstract: leach relay leach corporation OVERLOAD RELAY mtbf
Text: CURRENT SENSE OPTO ISOLATION CURRENT SENSE OUTPUT AMP INPUT AMP t t AMP AND CONSTANT CURRENT GENERATOR OPTO MOSFET SCHMITT TRIGGER ISOLATION OUTPUT STATUS OUTPUT BUFFER OFTO OVERLOAD , power MOSFET technology to provide sophisticated features plus optimized power output switching. A , input/output pins are available. FEATURES Power MOSFET output Low On-State voltage drop Integrated


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PDF LS06102C 0Q05SBM 5000g opto mosfet leach relay leach corporation OVERLOAD RELAY mtbf
VO1263

Abstract: HOW TO DRIVE SSR USING MOSFET DRIVER phototriac Spice triac spice model IN5235B j177 model J177 equivalent photovoltaic mosfet driver spice model solid state relay sSR spice model
Text: photovoltaic MOSFET drivers, in the creation of Custom SSRs. VCC OPTO MOSFET DRIVER Q2 SUD50N04 , quantum advances in power MOSFET technology. MOSFETs now come in packages that offer ever-increasing load , a current handling capacity of 25 A and a power MOSFET with a current handling capacity of 30 A , MOSFET or TRIAC. In order to utilize the benefits and flexibility of power MOSFET technology, it is , refer to appropiate Vishay Applications notes on phototriac devices). MOSFET based SSRs are far more


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PDF VO1263 IN5235B SUD50N04-05L) 08-Feb-07 SUD50N04 1N5235B 2N3904 VO1263 HOW TO DRIVE SSR USING MOSFET DRIVER phototriac Spice triac spice model IN5235B j177 model J177 equivalent photovoltaic mosfet driver spice model solid state relay sSR spice model
IN5235B

Abstract: solid state relay spice model VO1263 sSR spice model spice model solid state relay phototriac Spice spice model TRIAC OUTPUT OPTOCOUPLER J177 equivalent arcing spice model 1N5235B spice model
Text: photovoltaic MOSFET drivers, in the creation of Custom SSRs. VCC OPTO MOSFET DRIVER Q2 SUD50N04 , quantum advances in power MOSFET technology. MOSFETs now come in packages that offer ever-increasing load , a current handling capacity of 25 A and a power MOSFET with a current handling capacity of 30 A , MOSFET or TRIAC. In order to utilize the benefits and flexibility of power MOSFET technology, it is , refer to appropiate Vishay Applications notes on phototriac devices). MOSFET based SSRs are far more


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PDF VO1263 IN5235B SUD50N04-05L) 08-Feb-07 SUD50N04 1N5235B 2N3904 IN5235B solid state relay spice model VO1263 sSR spice model spice model solid state relay phototriac Spice spice model TRIAC OUTPUT OPTOCOUPLER J177 equivalent arcing spice model 1N5235B spice model
2012 - Application Note 60

Abstract: spice model TRIAC OUTPUT OPTOCOUPLER phototriac Spice phototransistor spice model sSR spice model spice model solid state relay IN5235 mosfet dc switch arcing spice model triac spice model
Text: OPTO MOSFET DRIVER Fig. 1 - Photovoltaic MOSFET Driver Q2 SUD50N04 This type of arrangement , devices at the output. The switching device is typically a MOSFET or TRIAC. The advantages of solid-state , features the first three have been almost eliminated by the quantum advances in power MOSFET technology , MOSFET with a current handling capacity of 30 A side by side. The last issue, ease of design, is one that will be addressed in this document. In order to utilize the benefits and flexibility of power MOSFET


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PDF VO1263 SUD50N04 1N5235B 2N3904 2N3904 VO1263 Application Note 60 spice model TRIAC OUTPUT OPTOCOUPLER phototriac Spice phototransistor spice model sSR spice model spice model solid state relay IN5235 mosfet dc switch arcing spice model triac spice model
2003 - IPS15HI

Abstract: IPS15H 90-265V
Text: IN-PLUG® IPS15H Datasheet – Rev.10 – Hiccup flyback Controller – Easy Opto Failsafe , monitoring the MOSFET current. The MOSFET must be allowed to operate at maximum current for the SMPS to , applications thanks to: Adjustable operating frequency. Separate MOSFET N & P drives • Power shut-down for , Opto Failsafe Protection PIN CONFIGURATION: ORDERING INFORMATION DIP-8 / SOIC-8 Part No. 1 , -G-LF 8-Pin PDIP 0°C to +70°C Commercial OPTO IPS15HI-D -G-LF 8-Pin PDIP


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PDF IPS15H IPS15H IPS15 1290-B IPS15HI 90-265V
2001 - CTX03 15256

Abstract: CTX03 MAX5021 MAX5021EPA MAX5021EUA MAX5021EUT MAX5022 optO NAND
Text: VSUPPLY VOUT TOP VIEW 6 GND 2 VCC VIN MAX5021 MAX5022 OPTO NDRV MAX5021 MAX5022 NDRV 3 SOT23 GND OPTO OPTO 1 VIN 2 5 VIN VCC 3 4 CS 1 VCC 8 , .-0.3V to (VCC + 0.3V) CS, OPTO to GND .-0.3V to +6V , CHARACTERISTICS (VIN = +11V to +28V, VCS = 0, OPTO is unconnected, 10nF bypass capacitors at VIN and VCC, NDRV , VCCSP IIN VIN = +11V to +28V, sourcing 1µA to 5mA from VCC 7.0 10.5 VIN = +28V, OPTO


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PDF MAX5021/MAX5022 85VAC 265VAC) -36VDC -72VDC) 262kHz MAX5021/MAX5022 CTX03 15256 CTX03 MAX5021 MAX5021EPA MAX5021EUA MAX5021EUT MAX5022 optO NAND
2003 - Not Available

Abstract: No abstract text available
Text: IN-PLUG® IPS18 Rev.10 Datasheet –Ultra Green Hiccup Flyback ®ontroller -Easy Opto Failsafe , from the line-side by monitoring the MOSFET current. The MOSFET must be allowed to operate at maximum , critical applications thanks to: Adjustable operating frequency. Separate MOSFET N & P drives • Power , Flyback Controller -Easy Opto Failsafe Protect. PIN CONFIGURATION: ORDERING INFORMATION DIP , Pb-Free GND IPS18C-D -G-LF 8-Pin PDIP 0°C to +70°C Commercial OPTO IPS18I-D


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PDF IPS18 IPS18 IPS15H IPS15 1290-B
2001 - CTX03 15256

Abstract: opto nand MAX5021EUA MAX5021EPA MAX5021EUT MAX5021 optocoupler NAND OPTOCOUPLER dc 72VDC cny17 optocoupler
Text: Typical Operating Circuit VSUPPLY VOUT TOP VIEW 6 GND 2 VCC VIN MAX5021 MAX5022 OPTO NDRV MAX5021 MAX5022 NDRV 3 SOT23 GND OPTO OPTO 1 5 VIN 4 CS 1 VCC VIN , NDRV to to (VCC + 0.3V) CS, OPTO to GND , CHARACTERISTICS (VIN = +11V to +28V, VCS = 0, OPTO is unconnected, 10nF bypass capacitors at VIN and VCC, NDRV , VCCSP IIN VIN = +11V to +28V, sourcing 1µA to 5mA from VCC 7.0 10.5 VIN = +28V, OPTO


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PDF 262kHz MAX5021 MAX5022 MAX5021/MAX5022 CTX03 15256 opto nand MAX5021EUA MAX5021EPA MAX5021EUT optocoupler NAND OPTOCOUPLER dc 72VDC cny17 optocoupler
2001 - 6 pin flyback transformer

Abstract: MAX5021EUA
Text: Pin Configuration TOP VIEW CS 1 6 OPTO OPTO 1 VIN 2 5 VIN VCC 3 8 CS GND NDRV N.C. VOUT GND 2 VCC VIN MAX5021 MAX5022 MAX5021 MAX5022 7 6 5 MAX5021 MAX5022 OPTO NDRV NDRV 3 4 , to to (VCC + 0.3V) CS, OPTO to GND , = +11V to +28V, VCS = 0, OPTO is unconnected, 10nF bypass capacitors at VIN and VCC, NDRV , sourcing 5mA VCCSP IIN VIN = +11V to +28V, sourcing 1µA to 5mA from VCC VIN = +28V, OPTO connected to GND


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PDF MAX5021/MAX5022 85VAC 265VAC) -36VDC -72VDC) 262kHz MAX5021/MAX5022 6 pin flyback transformer MAX5021EUA
2001 - MAX5021EUA

Abstract: No abstract text available
Text: Typical Operating Circuit VSUPPLY VOUT TOP VIEW 6 VCC GND 2 VIN MAX5021 MAX5022 OPTO NDRV MAX5021 MAX5022 NDRV 3 SOT23 GND OPTO OPTO 1 5 VIN 4 CS 1 VCC VIN , NDRV to to (VCC + 0.3V) CS, OPTO to GND , . ELECTRICAL CHARACTERISTICS (VIN = +11V to +28V, VCS = 0, OPTO is unconnected, 10nF bypass capacitors at VIN , 7.0 10.5 VIN = +28V, OPTO connected to GND 0.9 2.43 VIN = +28V, OPTO unconnected (Note


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PDF 262kHz MAX5021 MAX5022 MAX5021/MAX5022 MAX5021EUA
2001 - optocoupler NAND

Abstract: opto nand POWER optocoupler 24V 3A MAX5021 MAX5021EUA MAX5022 MAX5021EUT low side pwm drive optocoupler high side MOSFET G MAX5022EPA opto transistor specifications
Text: VSUPPLY VOUT TOP VIEW 6 GND 2 VCC VIN MAX5021 MAX5022 OPTO NDRV MAX5021 MAX5022 NDRV 3 SOT23 GND OPTO OPTO 1 VIN 2 5 VIN VCC 3 4 CS 1 VCC 8 , .-0.3V to (VCC + 0.3V) CS, OPTO to GND .-0.3V to +6V , CHARACTERISTICS (VIN = +11V to +28V, VCS = 0, OPTO is unconnected, 10nF bypass capacitors at VIN and VCC, NDRV , VCCSP IIN VIN = +11V to +28V, sourcing 1µA to 5mA from VCC 7.0 10.5 VIN = +28V, OPTO


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PDF MAX5021/MAX5022 85VAC 265VAC) -36VDC -72VDC) 262kHz MAX5021/MAX5022 optocoupler NAND opto nand POWER optocoupler 24V 3A MAX5021 MAX5021EUA MAX5022 MAX5021EUT low side pwm drive optocoupler high side MOSFET G MAX5022EPA opto transistor specifications
2008 - 1n60 MOSFET IPS

Abstract: IPS315
Text: cycle to cycle protection of the MOSFET . Note: A compensation network between FBK and OPTO pins , IPS31x OPTO VCC RBIAS  Copyright 2008 - ASIC Advantage, Inc. AADS00006/R106 NDRIVE , BLOCK DIAGRAM VCC FBK OPTO PDRIVE _ UNDER VOLTAGE LOCKOUT + PWM _ REF1 VCC , 5 FBK 6 OPTO 7 GND 8 NDRIVE Description Internal P drive terminal to be connected to the gate of the outside power MOSFET . (The rising edge can be adjusted with an external


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PDF IPS315/315H/318 IPS31x 1290-B AADS00006/R106 1n60 MOSFET IPS IPS315
2008 - 8pin optocoupler marking 233

Abstract: 1n60 MOSFET IPS irfz44v IPS315 48vdc smps circuit diagram R106 Diode 400 WATT SMPS SCHEMATIC 600 watt smps schematic power 450 watt smps Design IPS318
Text: NDRIVE GND OPTO IPS31x 4 5 FBK Copyright 2008 - ASIC Advantage, Inc. AADS00006/R106 Rev.3 ­ April 2008 1 / 14 Power Management, IPS315/315H/318 FUNCTIONAL BLOCK DIAGRAM VCC OPTO FBK , GND RBIAS PIN DESCRIPTION Number 1 2 3 4 5 6 7 8 Name PDRIVE ISENSE VCC RBIAS FBK OPTO GND NDRIVE Description Internal P drive terminal to be connected to the gate of the outside power MOSFET . (The rising edge can be adjusted with an external resistor) MOSFET current sensing. Any voltage over


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PDF IPS315/315H/318 IPS31x 1290-B AADS00006/R106 8pin optocoupler marking 233 1n60 MOSFET IPS irfz44v IPS315 48vdc smps circuit diagram R106 Diode 400 WATT SMPS SCHEMATIC 600 watt smps schematic power 450 watt smps Design IPS318
2003 - EE ferrite

Abstract: No abstract text available
Text: ‡ Adjustable operating frequency. ̇ Separate MOSFET N & P drives • Power shut-down for stand-by modes. â , -8 / SOIC-8 8 ISENSE GND IPS15 VCC RBIAS NDRIVE 4 OPTO 5 OVERV - Revision 12 â , off-line Switcher FUNCTIONAL BLOCK DIAGRAM OVERV OPTO VCC PDRIVE UNDER VOLTAGE LOCKOUT , R1 1 2 3 4 4 1 2 R7 PDRV NDRV ISENSE GND VCC OPTO RBIAS OVRV 10Meg 1/4W , terminal to be connected to the gate of the outside power MOSFET . (The rising edge can be adjusted with an


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PDF IPS15 IPS10. IPS10, 1290-B EE ferrite
2010 - top265

Abstract: TOP267 TOP268 top271 TNY274 equivalent TOP266 TNY275 POWER SUPPLY TNY280 TNY276 TV flyback transformer pinout
Text: portable than comparable power supplies built with linear transformers. High-Voltage MOSFET Full-Featured PSU Controller We combine a high-voltage MOSFET switch with a controller on a single chip to , -6200-102910 7 High-Power, PFC with Power MOSFET Solution HiperPFS The HiperPFS device family members incorporate a continuous condition mode (CCM) boost PFC controller, gate driver, and high voltage power MOSFET , hysteretic thermal shutdown. HiperPFS also provides cycle-by-cycle current limit for the power MOSFET , power


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2014 - Not Available

Abstract: No abstract text available
Text: a forward converter to provide synchronous MOSFET control and output voltage feedback through an , €¢ 100nF OVLO 240kHz 6.8µH VOUT VIN 100k CSN PGOOD OPTO INTVCC COMP SYNC PMODE , . 26 LT8311 OPTO CONTROL FUNDAMENTALS , . –0.3V to 0.4V OPTO , TIMER Short-Circuit Current Duration , 5 INTVCC 6 VIN 7 14 SS PMODE 8 13 PGOOD OPTO 9 12 TIMER COMP 10


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PDF LT8311 LT8311â LTC3722-1/ LTC3722-2 LT3748 MSOP-16 LT8300 260mA TSOT-23 LT3511/LT3512
2003 - ASIC R2

Abstract: No abstract text available
Text: : Adjustable operating frequency. Separate MOSFET N & P drives • Power shut-down for stand-by modes. â , -8 / SOIC-8 8 GND ISENSE IPS15 VCC RBIAS NDRIVE 4 OPTO 5 OVERV - Revision 12 â , off-line Switcher FUNCTIONAL BLOCK DIAGRAM OVERV OPTO VCC PDRIVE UNDER VOLTAGE LOCKOUT , NMOSFET 1A, 600V R1 1 2 3 4 4 1 2 R7 PDRV NDRV ISENSE GND VCC OPTO RBIAS OVRV , connected to the gate of the outside power MOSFET . (The rising edge can be adjusted with an external


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PDF IPS15 IPS15 IPS10. IPS10, 1290-B ASIC R2
2007 - Q817C

Abstract: AN-IPS-01 230v 5v 2A 10W schematic 2N60 MOSFET SMPS 314 OPTO 8 PINS transistor F 22 fqpf IPS15HC motorola mosfet 2N60 transistor AN-IPS02
Text: . Separate MOSFET N & P drives Lower quiescent current (max. 50% of the IPS15) Power shut-down for standby , IPS16 6 5 OPTO SYNC ORDERING INFORMATION Part No. IPS16C-D IPS16I-D IPS16C-SO IPS16I-SO ROHS , IXYS IXTY1R4N60P 2 R14 1k 3 ISENSE GND 7 R8 1k 6 R9 2.2K o C1 10uF 400V IPS16 VCC OPTO , % R11 D4 1k 2 C6 220uF/16V C3 10uF 16V R4 1.5_ohm C8 220pF SYNC_IN U2 OPTO Q817C R15 , OPTO 6 2N2222 4 RBIAS SYNC 5 68nF C16 R27 1k Q2 C7 220uF/16V SYNC_IN R26 D12 1k GNDPRI C12 C18


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PDF IPS16 IPS15 1290-B Q817C AN-IPS-01 230v 5v 2A 10W schematic 2N60 MOSFET SMPS 314 OPTO 8 PINS transistor F 22 fqpf IPS15HC motorola mosfet 2N60 transistor AN-IPS02
2007 - Q817C

Abstract: flyback transformer diagram crt
Text: ‡ Separate MOSFET N & P drives • • • • • Lower quiescent current (max. 50% of the IPS15 , ISENSE IPS16 VCC RBIAS 6 OPTO SYNC 5 ORDERING INFORMATION APPLICATIONS SMPS for CRT & , IPS16 C1 10uF 400V 3 VCC OPTO RBIAS SYNC R6 23.7k 1% 6 C24 68nF R9 2.2K o 4 R4 1.5_ohm 68nF C10 SYNC_IN R15 D5 1 U2 OPTO Q817C 1k 2 C3 , 10k 7 - IPS16 + C15 22uF 400V 3 VCC OPTO RBIAS SYNC 6 2N2222


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PDF IPS16 IPS15 1290-B Q817C flyback transformer diagram crt
2001 - sbl204oct

Abstract: optocoupler 2705 IRF640N
Text: SS_SHDN VCC V+ VDD OPTO 1 2 3 8 7 VCC NDRV GND CS OPTO OPTOCOUPLER MAX5014/ MAX5015 6 , .-0.3V to +40V VCC to to +12.5V OPTO , NDRV, SS_SHDN , , NDRV = open circuit, OPTO = GND, TA = -40°C to +85°C, unless otherwise noted. Typical values are at TA , OPTO Input Bias Current OPTO Control Range Slope Compensation VSCOMP MAX5014 VOPTO = VSS_SHDN -1.00 2 , , VCS = 0, V+ = 48V, 0.1µF capacitor connected to SS_SHDN, NDRV = open circuit, OPTO = GND, TA = -40°C


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PDF MAX5014/MAX5015 MAX5014) MAX5014 MAX5014/MAX5015 sbl204oct optocoupler 2705 IRF640N
2008 - SMD 1206 resistors

Abstract: tea1761 TEA1552 AN10580 tsm103 APPLICATION TEA1750 TEA1533 TEA1552 application note TSM103 TEA1654
Text: of the SR MOSFET , the TEA1761 contains the voltage reference and amplifiers to regulate and control , U3 8 D3 VCC 5 VSENSE n.c. OPTO ISENSE Q2 C9 SRSENSE DRIVER 1 C37 , NXP Semiconductors GreenChip TEA1761 SR and feedback controller The SR MOSFET is switched on , reaches ­55 mV (ID × RDSon), the driver decreases and regulates the gate voltage of the MOSFET in order , (typical), the SR MOSFET is switched off. The synchronous rectification remains active in standby-mode


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PDF AN10580 TEA1761 TEA1761, AN10580 SMD 1206 resistors TEA1552 tsm103 APPLICATION TEA1750 TEA1533 TEA1552 application note TSM103 TEA1654
2000 - photovoltaic opto

Abstract: 70T70
Text: LH1262CB/CAC/CACTR Dual Photovoltaic MOSFET Driver Solid State Relay FEATURES · · · · · High Open , The LH1262CB/CAC Photovoltaic MOSFET Driver consists of two LEDs optically coupled to two photodiode , high-power MOSFET transistors. Optical coupling provides a high I/ O Isolation voltage. In order to turn the MOSFET off, an external resistance (gate-to-source) is required for gate discharge. .390 (9.91) .379 , / opto · 1-888-Infineon (1-888-463-4636) OSRAM Opto Semiconductors GmbH & Co. OHG · Regensburg, Germany


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PDF LH1262CB/CAC/CACTR E52744 1-888-Infineon photovoltaic opto 70T70
2003 - Not Available

Abstract: No abstract text available
Text: RBIAS 5 OVERV 6 OPTO 7 GND 8 NDRIVE MOSFET current sensing. Any voltage over , condition is sensed from the line-side by monitoring the MOSFET current. The MOSFET must be allowed to , ‡ Separate MOSFET N & P drives • Power shut-down for stand-by modes. • Cycle to cycle over-current , -Pin PDIP 0°C to +70°C Commercial OPTO IPS18I-D -G-LF 8-Pin PDIP -40°C to +85°C , ordering information, see page 15 FUNCTIONAL BLOCK DIAGRAM OVERV OPTO VCC UNDER VOLTAGE


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PDF IPS18 IPS15H IPS15 1290-B
2001 - optocoupler 2705

Abstract: SBL204OCT 302 opto MAX5015EVKIT MAX5015ESA MAX5015CSA MAX5015 MAX5014ESA MAX5014CSA MAX5014
Text: MAX5015 GND TOP VIEW SS_SHDN V+ 1 8 VCC VDD 2 7 NDRV OPTO 3 6 GND 5 VCC CS MAX5014/ MAX5015 SS_SHDN 4 OPTO OPTOCOUPLER 8 , .-0.3V to +12.5V OPTO , NDRV, SS_SHDN, CS to GND .-0.3V to VCC + 0.3V VDD and VCC Current , connects VCC to GND, VCS = 0, V+ = 48V, 0.1µF capacitor connected to SS_SHDN, NDRV = open circuit, OPTO = , OPTO Input Bias Current VOPTO = VSS_SHDN OPTO Control Range Slope Compensation 2 VSCOMP


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PDF MAX5014/MAX5015 MAX5015EVKIT) 275kHz MAX5014CSA* MAX5014/MAX5015 optocoupler 2705 SBL204OCT 302 opto MAX5015EVKIT MAX5015ESA MAX5015CSA MAX5015 MAX5014ESA MAX5014CSA MAX5014
2000 - Not Available

Abstract: No abstract text available
Text: LH1485AT/AAB/AABTR Optically Coupled High Speed MOSFET Drivers FEATURES • • • â , (optically coupled) designed to drive highly capacitive loads such as the gate of a power MOSFET transistor , . The output of the PDA is used to drive the gate of a power MOSFET . The photo IC chip contains , €¢ Optoelectronics Division • San Jose, CA www.infineon.com/ opto • 1-888-Infineon (1-888-463-4636) OSRAM Opto , €” Emitter MOSFET Driver Output with External Biasing (see Figure 1 and Figure 3) Zener Voltage (pin 4 to


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PDF LH1485AT/AAB/AABTR E52744 LH1485 2N2222 1-888-Inï
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