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TPS5910ADCS Texas Instruments TPS5910A Optoisolated Feedback Amplifiers visit Texas Instruments
TPS5910DCS Texas Instruments TPS5910 Optoisolated Feedback Amplifiers visit Texas Instruments
TIL919C Texas Instruments TIL919C Quad-Channel Optocoupler/Optoisolator visit Texas Instruments
HCPL2601 Texas Instruments Optocoupler/Optoisolator 8-PDIP visit Texas Instruments
MOC3020 Texas Instruments Optocoupler/Optoisolator 6-PDIP visit Texas Instruments
TIL189-1 Texas Instruments Optocoupler/Optoisolator 6-PDIP visit Texas Instruments

dc to dc Optoisolator

Catalog Datasheet MFG & Type PDF Document Tags

IEC 1010-1 General Safety Requirements

Abstract: hcpl 601 facilitate you, the designer, to quickly and easily determine if a certain HP Optoisolator Product Group , Optoisolator that meets your application requirements from Table 2.4. Product compliance to a safety , provided as a service to HP's optoisolator customers. We hope this information will assuage and mitigate the difficulty that customers face to determine and establish if an HP optoisolator will meet or , product compliance to the IEC 1010 -1 safety standard. 19 3.2 HP Optoisolator Compliance Summary
Hewlett-Packard
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OPTO-ISOLATOR photo diode

Abstract: OPTO-ISOLATOR Selection of the opto-isolator type should also consider end to end signal polarity and MC output drive , required between the opto-isolator output and the MC. This inverter must be an open drain type to be , layer of voltage protection to the opto-isolator LED and SDA_O. R48 should be chosen with power , 0.6 2.7 2.1 2.25 Conclusion This application of opto-isolator interface to the TPS2384 , Application Report SLVA229 ­ March 2006 Opto-Isolator Selection Guidelines: TPS2384 I2C
Texas Instruments
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OPTO-ISOLATOR photo diode OPTO-ISOLATOR microcontroller opto isolator optoisolator opto isolator optO isolators

transformer winding

Abstract: optoisolator Controller for 9V-36V Inputs Needs No Optoisolator Page 2 Photo Caption: 9V-18V to 3.3V at 10A , Isolated Flyback Controller for 9V-36V Inputs Needs No Optoisolator MILPITAS, CA ­ May 15, 2006 ­ Linear Technology Corporation introduces the LT3837, a synchronous flyback DC/DC controller with precision regulation and high efficiency for 10W to 60W isolated power supplies. The controller IC has 9V to 36V input , winding. This allows for tight output voltage regulation without the use of an optoisolator, improving
Linear Technology
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transformer winding regulation using optoisolator feedback dc to dc Optoisolator Transformer isolated amplifier flyback converter 10A analog Optoisolator 1-800-4-LINEAR

230V AC to 5V DC ic

Abstract: 0-230v isolation pcb transformer driver also interfaces to the AC input line. It houses the DC link capacitors, current sensing shunt , . The non-isolated powers are referenced to the negative DC bus that the IR2137Q gate driver IC is , sensed using the high side shunt resistor and the signal is level shifted through the optoisolator to the , fed into an opto-isolator. The output of each opto-isolator is routed to pins 11, 12 and 13 of , deliver a nominal 5V and 15V DC through a line isolation transformer with respect to the negative DC bus
International Rectifier
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IR2171 230V AC to 5V DC ic 0-230v isolation pcb transformer 230v pwm 1 phase single phase 400V, DC -230V, AC INVERTER PWM based DC to AC 3 phase Inverter Circuits IR2137/IR2171 IR2171S 2500VAC

I211

Abstract: matched with the photosensor peak spectral response, centered at 850 nm, in order to assure optimum DC , vol tages range from 1000 VDC in hermetic TO-5 and TO-72 packages, to 50 KV DC, made possible by Optek , Isolator The O PI1266 features isolation to 16KV DC with a transfer rate to 500 kbits as standard. The , , are used to isolate one electrical system from another in an electronic circuit. They allow direct , the best, most cost effective devices to elim inate associated differential ground, ground loop and
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I211 OPI210 PI211

isolated feedback flyback converter

Abstract: DC/DC Converter Design Solution Evaluation Kits To offer easy isolated flyback design solutions , / DC converter. No opto-isolator, third winding or signal transformer is required for feedback since , the design of an isolated DC/DC converter. No opto-isolator, third winding or signal transformer is , Eliminates Optocoupler â'" LT3748 â'¢ VIN Range from 5V to 100V â'¢ No Opto-Isolator, Transformer or , significantly simplifies the design of an isolated DC/ DC converter. No opto-isolator, third winding or signal
Linear Technology
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isolated feedback flyback converter LT357 LT3574 LT3573 LT3575 LT35XX S-164

H11K1

Abstract: H11K Approved to 088 3 /6 .8 0 266 Optoisolator Specifications H11K1, H11K2 Individual electrical , Optoisolator Specifications H11K1, H11K2 Optoisolator GaAIAs Infrared Emitting Diode and Two , phocotransistors which have integral base-emitter resistors to optim ize switching speeds and elevated tem perature characteristics. T h e two photo-D arlingtons are inverse-series-connected an d have steering diodes to provide ac an d bidirectional dc current switching controlled by the IRED. T h ese devices are m ounted in dual
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H11K 260CC

SOIC-8 OPTOCOUPLER 531

Abstract: opto-isolators bidirectional output of the optoisolator to be in the low state. Thus, when the cathode voltage is low (LED ON) the , the HCPL-0561. Again, NPN transistor 2N3904 is used to drive the LED of the optoisolator. And the output of the optoisolator is directly connected to the driver input of the transceiver (DC14C232). , 200 RB 0.01 µF 5 VINB GND2 TTL/CMOS OUTPUTS 2 1 V+ V- DC to DC CONVERTER , RF 200 5V TX 0.01 µF 12 k TTL/CMOS INPUTS V+ 2 V6 DC to DC CONVERTER
Hewlett-Packard
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HCPL-0560 SOIC-8 OPTOCOUPLER 531 opto-isolators bidirectional 2n3904 transistor HP RF TRANSISTOR GUIDE 2n3904 equivalent transistor optocoupler bi-directional UL1577 TIA/EIA-232-E S-232 DS14C232 RS-232-E

BAP1174

Abstract: solution for customers who need to interface to POWEREX V-Series Dual IPM modules. The BAP1174 incorporates two isolated DC-DC converters which supply power to the IPM module. High speed optocouplers , provides direct mounting to the IPM module and is packaged in a small footprint printed circuit board , 2500 -10 -20 - (Volts DC) (°C) (°C) (VRMS for 1 min.) - Electrical Characteristics , Voltage IC FLT â'" Fault Output Current VR â'" Reverse Voltage (Volts DC) (mA) (Volts DC) (mA
Applied Power Systems
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AP-1174 PM200DVA120 PM300DVA120 PM400DVA060 PM600DVA060

AC drives regenerative braking circuits diagram

Abstract: 230v ac motor drive circuit diagram non-isolated powers are referenced to the negative DC bus that the IR2137Q gate driver IC is also referenced to , sensed using the high side shunt resistor and the signal is level shifted through the optoisolator to the , into an opto-isolator. The output of each opto-isolator is routed to pins 11, 12 and 13 of connector J9 , and 15V DC through a line isolation transformer with respect to the negative DC bus. The power supply , . IR2171S monolithic linear current sensing IC DC bus capacitor with NTC inrush current limiter. On-board
International Rectifier
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AC drives regenerative braking circuits diagram 230v ac motor drive circuit diagram ntc 3 phase inrush current limiting IGBT 600v 20a optoisolator chip for digital signals IR2137

SOIC-8 OPTOCOUPLER 531

Abstract: opto-isolators bidirectional output of the optoisolator to be in the low state. Thus, when the cathode voltage is low (LED ON) the , the HCPL-0561. Again, NPN transistor 2N3904 is used to drive the LED of the optoisolator. And the output of the optoisolator is directly connected to the driver input of the transceiver (DC14C232). , 200 RB 0.01 µF 5 VINB GND2 TTL/CMOS OUTPUTS 2 1 V+ V- DC to DC CONVERTER , RF 200 5V TX 0.01 µF 12 k TTL/CMOS INPUTS V+ 2 V6 DC to DC CONVERTER
Agilent Technologies
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transistor 2N3904 2N3904 equivalent circuit diagram PIN CONFIGURATION OF 2N3904 2N3053 E55361 HCPL0561 RS-232 5966-2017E 5968-1088E

pin configuration 2N3053 transistor

Abstract: SOIC-8 OPTOCOUPLER 531 output of the optoisolator to be in the low state. Thus, when the cathode voltage is low (LED ON) the , the HCPL-0561. Again, NPN transistor 2N3904 is used to drive the LED of the optoisolator. And the output of the optoisolator is directly connected to the driver input of the transceiver (DC14C232). , 200 RB 0.01 µF 5 VINB GND2 TTL/CMOS OUTPUTS 2 1 V+ V- DC to DC CONVERTER , RF 200 5V TX 0.01 µF 12 k TTL/CMOS INPUTS V+ 2 V6 DC to DC CONVERTER
Hewlett-Packard
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pin configuration 2N3053 transistor transistor 2N3053 HCPL-4502 2n3904 specification 2N3904 NPN dip
Abstract: : 1500V DC to either pole Cross-trip feature: Fault on one pole trips the other within 10µsec Very low , ) Alarm Out Signal Control signal Reset 24V DC Nominal 20V to 36V DC 16 mA typ 25 mA max ON , turn-off Output Fall Time under Fault Min Load Requirement 0 to 170V DC 0 to 120V AC 10 Hz to 440 Hz , microcontroller based Solid State Relay designed to be used in Aircraft or Naval 115VAC/150VDC applications. This , to a DPST relay with a common single side isolated control. Compliant Documents & Standards Sensitron Semiconductor
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SPD-8A115 MIL-STD-167-1 MIL-STD-217F P4855-1A 115VAC
Abstract: TRUE I t algorithm to compensate for different current waveforms 2-Pole operation: 500V DC isolation between poles High control circuit isolation: 1500V DC to either pole Cross-trip feature: Fault on one , ) Alarm Out Signal Control signal Reset 24V DC Nominal 20V to 36V DC 14 mA typ 20 mA max ON , turn-off Output Fall Time under Fault Min Load Requirement 0 to 170V DC 0 to 120V AC 10 Hz to 440 Hz , SENSITRON SEMICONDUCTOR SPD-8A115 Technical Data Datasheet 4119, Rev. A AC/DC Solid Sensitron Semiconductor
Original

sil relay

Abstract: PNP Relay Driver /Output logic · Two Status LED's; Power & Signal · DC Powered: 9V to 24V This product is a , resistor, R24, must be added to the circuit to suit the particular Optoisolator chosen. The value of R24 , Voltage Level Detector, Version: ATP4/2 General Description Features · Easy to use · Trigger Point: ¼V to 32V ( & higher) · Hysteresis is % of Trigger Point · No spurious oscillations , signal conditioning enables users to set the Input Voltage Trigger point. The precise trigger point is
Axis Ten Products
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MCT5200 sil relay PNP Relay Driver 150K resistor 4N29 4N30 4N31

transformer winding

Abstract: OPTOISOLATOR Flyback Controller for Isolated Power Supplies Needs No Optoisolator MILPITAS, CA ­ January 10, 2006 ­ Linear Technology Corporation introduces the LT3825, a synchronous flyback DC/DC controller with precision regulation and high efficiency for 10W to 60W or up to 12A output isolated power supplies. The , via a transformer winding. This allows for tight output regulation without the use of an optoisolator , is used to convert an input supply of 36V-72V to an isolated output of 3.3V at 12A with up to 90
Linear Technology
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flyback transformer for medical switching transformer winding DC flyback transformer Flyback transformer Computer Monitor synchronous rectification flyback flyback transformer high voltage
Abstract: ra te 4.0 m W / c C a b o v e 2 5 ° C 100 TOTAL DEVICE Storage Tem perature -55° C to 150°C Operating Tem perature -55 to 100°C Lead Soldering Time (at 260°C) 10 seconds Nominal Voltage 500 V (DC) Steady-State Isolation Voltage (Input to Output). 3500 V1IK 1 2500 ViR M M «C overed under U.L. component , Optoisolator Specifications SL5504 Optoisolator GaAs Infrared Emitting Diode and NPN Silicon , # Optoisolator Specifications SL5504 individual electrical characteristics (25°C) INFRARED -
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C96-551

pin diagram of ic 7495

Abstract: pin diagram of ic 7495 A 2B1Q signal from the NT that passes through the LH1465 to the optoisolator. This causes the optoisolator to report incorrect dial pulses at its output, and thus prevent the NT from properly exiting the , signature for mechanized loop testing (MLT) systems. The LH1465 passes dc signaling information to the NT1 , and to the LH1465AAE terminals 4 and 5. The dc T to R I-V characteristics of the LH1465 are shown , : Provides Gate-source Voltage Stabilization for Electronic Inductor Optoisolator Provides Interface to
Lucent Technologies
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HCPL-0701 LH1465AB pin diagram of ic 7495 pin diagram of ic 7495 A 555 timer guard ring Optocoupler 601 ic 7495 data sheet ic 7495 LH1465AB/AAE 30L-15P-BA DS97-414ISDN DS93-015HVIC

g1756

Abstract: SLUA196 optoisolator was configured to have a dc gain of roughly 20 dB, and the optoisolator had a crossover , in offline ac/dc power converters with a power level higher than 75 W or to meet line harmonic requirements such as EN61000-3-2. PFC is typically done with a boost converter ac/dc topology due to the , power factor (PF). However, due to the high output voltage of a boost converter, a second dc/dc , frequency Control transfer function Control to output transfer function Optoisolator gain transfer
Texas Instruments
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g1756 SLUA196 SLUP093 SLUP117 g1756 Diode PB2039 UCC28517 C011905 SLYT092

pin diagram of ic 7495

Abstract: a6n139 integration of the dc termination and MLT required in North American ISDN terminal equipment. ­40 °C to +85 , Support Application Diagram OPTOISOLATOR LH1465 dc TERMINATION, MLT S/TINTERFACE 2 T7121 , Product Brief April 1998 LH1465 ISDN dc Termination IC for MLT Support Features Description s ISDN dc loop termination s MLT compatible s Compatible with ANSI standards s , LH1465 ISDN dc Termination IC is used on 2-wire digital subscriber lines at the NT1. The device
Lucent Technologies
Original
6N139 T7250 a6n139 pin diagram of ic 7495 pin diagram 7495 ic 7495 PIN DIAGRAM IC 7495 pin diagram PN98-035ISDN
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