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Part Manufacturer Description Datasheet BUY
JNC350R41Z GE Critical Power JNC350R Power Modules; DC-DC Converter, Input Voltage: 24V (18-36Vdc); Output Voltage: 28V; Output Current: 12.5A; Efficiency: 0.91; Connector Type: Through hole visit GE Critical Power
JNC350R641-18Z GE Critical Power JNC350R Power Modules; DC-DC Converter, Input Voltage: 24V (18-36Vdc); Output Voltage: 28V; Output Current: 12.5A; Efficiency: 0.91; Connector Type: Through hole visit GE Critical Power
JNC350R41-TZ GE Critical Power JNC350R Power Modules; DC-DC Converter, Input Voltage: 24V (18-36Vdc); Output Voltage: 28V; Output Current: 12.5A; Efficiency: 0.91; Connector Type: Through hole visit GE Critical Power
APTS003 GE Critical Power TLynx, DC-DC (POL) Converter, Input Range: 4.5 - 14.0V; Vout: 0.59 - 5.50V; Iout: 3A; Efficiency: 0.95 visit GE Critical Power
APXK004 GE Critical Power TLynx, DC-DC (POL) Converter, Input Range: 8.0 - 16.0V; Vout: 0.59 - 8.00V; Iout: 4A; Efficiency: 0.96 visit GE Critical Power
APTS012 GE Critical Power TLynx, DC-DC (POL) Converter, Input Range: 4.5 - 14.0V; Vout: 0.60 - 5.50V; Iout: 12A; Efficiency: 0.97 visit GE Critical Power

high efficiency current mode flyback converter

Catalog Datasheet MFG & Type PDF Document Tags

flyback transformer LTC 509

Abstract: flyback transformer for medical converter in boundary mode. The LT8300 high voltage monolithic isolated flyback converter further simplifies , offers low ripple Burst Mode® operation, enabling the design of converters that feature high efficiency , operation maintains high efficiency at light loads while minimizing the output voltage ripple. The converter , Input to 5V Flyback Converter of Figure 1 The LT8300 features an accurate minimum current limit and , Micropower Isolated Flyback Converter with Input Voltage Range from 6V to 100V Design Note 509
Linear Technology
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LT3575 LT3511 flyback transformer LTC 509 flyback transformer for medical Linear Technology - Simplify Flyback Design High voltage diode BY 509 flyback transformer 12v dc LT3574 LT3512 DC1825A

smps circuit diagrams

Abstract: 12v 1a smps circuit diagram flyback converter will enter pulse skipping mode. The MOSFETs will be turned on until the inductor current , low-side MOSFET. Current sense positive input for flyback converter. Current sense negative input for , adjustable 5- to 12-V output, high impedance error detect mode. Current sense input for 5-V buck controller , , with the flyback converter delivering 250 mA. The recommended load current for the precision 3.3 , Operation: Current Limit: Buck Converters When the buck converter inductor current is too high, the voltage
Vishay Siliconix
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smps circuit diagrams 12v 1a smps circuit diagram S-40808--R
Abstract: -mA Linear Regulator Output High Efficiency Pulse Skipping Mode Operation at Light Load Programmable Output , low-side MOSFET. 7 CSP Current sense positive input for flyback converter. 8 CSN Current , adjustable 5- to 12-V output, high impedance error detect mode. 14 CS5 Current sense input for 5 , features clock cycle by clock cycle current limiting capability. Flyback Converter Operation: The Si9137 , operates in normal PWM mode. The output voltage of the flyback converter is set by two resistors (R5 and Vishay Siliconix
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S-03578

SMPS CIRCUIT DIAGRAM 12v 5v

Abstract: flyback converter will enter pulse skipping mode. The MOSFETs will be turned on until the inductor current , low-side MOSFET. Current sense positive input for flyback converter. Current sense negative input for , adjustable 5- to 12-V output, high impedance error detect mode. Current sense input for 5-V buck controller , , with the flyback converter delivering 250 mA. The recommended load current for the precision 3.3 , Operation: Current Limit: Buck Converters When the buck converter inductor current is too high, the voltage
Vishay Siliconix
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SMPS CIRCUIT DIAGRAM 12v 5v

SMPS flyback transformer medical

Abstract: pc smps circuit diagram -mA Linear Regulator Output High Efficiency Pulse Skipping Mode Operation at Light Load Programmable Output , flyback converter. 6 DLFY Gate-drive output for flyback low-side MOSFET. 7 CSP Current sense positive input for flyback converter. 8 CSN Current sense negative input for flyback , voltages; two buck (step-down) high current, PWM, switch-mode supplies of 3.3 V and 5 V, one "flyback , buck converter inductor current is too high, the voltage across pin CS3(5) and pin FB3(5) will exceed
Vishay Siliconix
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SMPS flyback transformer medical pc smps circuit diagram 7 pin SMPS computer smps circuit diagram SMPS CIRCUIT DIAGRAM for computers Si4416DY

SMPS CIRCUIT DIAGRAM 12v 5v

Abstract: smps circuit diagrams -mA Linear Regulator Output High Efficiency Pulse Skipping Mode Operation at Light Load Programmable Output , output for flyback low-side MOSFET. 7 CSP Current sense positive input for flyback converter. 8 CSN Current sense negative input for flyback converter. 9 COMP 10 GND Analog , -V then 5-V then adjustable 5- to 12-V output, high impedance error detect mode. 14 CS5 Current , capable of delivering 5 A, with the flyback converter delivering 250 mA. The recommended load current
Vishay Siliconix
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26DH3 5v pc smps pwm design flyback smps 12V SMPS adjustable output smps flyback CMPD2836 S-20642--R
Abstract: efficiency during light load is preserved. Current Limit: Flyback Converter Similar to the buck converter , Current (Flyback) Gate Driver On-Resistance (Flyback) DL3, DH3, DL5, DH5 Forced to 2 V 1 High or , converter. 8 CSN Current sense negative input for flyback converter. 9 GND 10 COMP , defined as normal operation. When the buck converter inductor current is too high, the voltage across , current condition. Flyback Converter Operation Designed mainly for PCMCIA or EEPROM programming, the Vishay Siliconix
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2011/65/EU 2002/95/EC
Abstract: Precision 3.3 V Reference Output 30 mA Linear Regulator Output High Efficiency Pulse Skipping Mode Operation , . Inductor connection for flyback converter. Gate-drive output for flyback low-side MOSFET. Current sense positive input for flyback converter. Current sense negative input for flyback converter. Analog ground , voltages; two buck (step-down) high current, PWM, switch-mode supplies of 3.3 V and 5 V, one "flyback" PWM , output current condition. Current Limit: Buck Converters Flyback Lowside Drive When the buck converter Vishay Siliconix
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S11-0975-R JS709A

feedback flyback converter

Abstract: 343 flyback D High Efficiency Pulse Skipping Mode Operation at Light Load D Only Three Inductors RequiredNo , ) High or Low Gate Driver Sink/Source Current (Flyback) Gate Driver On-Resistance (Flyback) 2 , low-side MOSFET. 7 CSP Current sense positive input for flyback converter. 8 CSN Current , ); otherwise, it is operating in normal PWM mode. Normal Operation: Flyback Converter In normal , Si9136 features clock cycle by clock cycle current limiting capability. Flyback Converter Operation
Vishay Siliconix
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feedback flyback converter 343 flyback Si4812DY Si9136 Si9136DB Si9136LG S-00583--R

12v to 36 v dc dc converter circuit diagram

Abstract: 3 phase smps circuit diagram using mosfet -mA Linear Regulator Output High Efficiency Pulse Skipping Mode Operation at Light Load Programmable Output , flyback converter. 6 DLFY Gate-drive output for flyback low-side MOSFET. 7 CSP Current sense positive input for flyback converter. 8 CSN Current sense negative input for flyback , voltages; two buck (step-down) high current, PWM, switch-mode supplies of 3.3 V and 5 V, one "flyback , buck converter inductor current is too high, the voltage across pin CS3(5) and pin FB3(5) will exceed
Vishay Siliconix
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12v to 36 v dc dc converter circuit diagram 3 phase smps circuit diagram using mosfet S-40808-Rev SMPS CIRCUIT block diagram adjustable output smps flyback 0 to 40 Si9137
Abstract: Precision 3.3 V Reference Output 30 mA Linear Regulator Output High Efficiency Pulse Skipping Mode Operation , . Inductor connection for flyback converter. Gate-drive output for flyback low-side MOSFET. Current sense positive input for flyback converter. Current sense negative input for flyback converter. Analog ground , voltages; two buck (step-down) high current, PWM, switch-mode supplies of 3.3 V and 5 V, one "flyback" PWM , output current condition. Current Limit: Buck Converters Flyback Lowside Drive When the buck converter Vishay Siliconix
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Abstract: skipping pulses and so the efficiency during light load is preserved. Current Limit: Flyback Converter , Converters Flyback Lowside Drive When the buck converter inductor current is too high, the voltage across , Regulator Output High Efficiency Pulse Skipping Mode Operation at Light Load Only Three Inductors , . 7 CSP Current sense positive input for flyback converter. 8 CSN Current sense negative input for flyback converter. 9 GND 10 COMP Current sense input for 3.3 V buck Vishay Siliconix
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PA2454NL

Abstract: 9V input to 5V output flyback converter DIODE CURRENT Figure 2. LT3573 flyback converter in boundary mode. voltage on the primary-side , flyback converter voltage and current waveform in boundary mode. Assuming a 1:1 transformer is used; the , . Boundary Mode Operation Reduces Converter Size and Simplifies System Design Since the flyback converter operates in boundary mode, the switch is always turned on at zero current and the diode has no reverse recovery loss. Reducing power losses allows the flyback converter to operate at a relatively high
Linear Technology
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PA2454NL 9V input to 5V output flyback converter DCM flyback transfer function isolated flyback converter with optocoupler high efficiency current mode flyback converter flyback converter 2A 15V
Abstract: Regulator Output SMBUS Interface High Efficiency Pulse Skipping Mode Operation at Light Load Only Three , converter. Gate-drive output for flyback low-side MOSFET. Current sense positive input for flyback converter. Current sense negative input for flyback converter. Analog ground. Flyback compensation connection, if , (step-down) high current, PWM, switchmode supplies, one at 3.3 V and one at 5 V, one FLYBACK 12 V PWM , Limit: Buck Converters When the buck converter inductor current is too high, the voltage across pin CS3 Vishay Siliconix
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CMPD2836

Abstract: Si4416DY D High Efficiency Pulse Skipping Mode Operation at Light Load D Only Three Inductors RequiredNo , ) High or Low Gate Driver Sink/Source Current (Flyback) Gate Driver On-Resistance (Flyback) 2 , low-side MOSFET. 7 CSP Current sense positive input for flyback converter. 8 CSN Current , ); otherwise, it is operating in normal PWM mode. Normal Operation: Flyback Converter In normal , Si9136 features clock cycle by clock cycle current limiting capability. Flyback Converter Operation
Vishay Siliconix
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SSOP-28
Abstract: Regulator Output High Efficiency Pulse Skipping Mode Operation at Light Load Only Three Inductors , Driver Sink/Source Current (Flyback) Gate Driver On-Resistance (Flyback) 1 High or Low Gate , Current sense positive input for flyback converter. 8 CSN Current sense negative input for flyback converter. 9 GND 10 COMP Current sense input for 3.3 V buck. Feedback for flyback , Operation: Flyback Converter In normal operation mode, the two MOSFETs are turned on at the rising edge of Vishay Siliconix
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S11-09

MAC111

Abstract: flyback transformer 12v dc efficiency during light load is preserved. Current Limit: Flyback Converter Similar to the buck converter , Linear Regulator Output SMBUS Interface D High Efficiency Pulse Skipping Mode Operation at Light Load D , low-side MOSFET. Current sense positive input for flyback converter. Current sense negative input for , normal operation. Current Limit: Buck Converters When the buck converter inductor current is too high , cycle by clock cycle current limiting capability. Flyback Converter Operation Designed mainly for PCMCIA
Vishay Siliconix
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MAC111 S-40806--R

40806

Abstract: SMPS flyback transformer medical D D D High Efficiency Pulse Skipping Mode Operation at Light Load D Only Three Inductors , converter. 6 DLFY Gate-drive output for flyback low-side MOSFET. 7 CSP Current sense positive input for flyback converter. 8 CSN Current sense negative input for flyback converter , (step-down) high current, PWM, switch-mode supplies, one at 3.3 V and one at 5 V, one FLYBACK 12-V PWM , buck converter inductor current is too high, the voltage across pin CS3(5) and pin FB3(5) exceeds
Vishay Siliconix
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40806 bidirectional isolated dc-dc converter datasheet Si9135 Si9135LG
Abstract: Reference Output 30 mA Linear Regulator Output High Efficiency Pulse Skipping Mode Operation at Light , flyback low-side MOSFET. 7 CSP Current sense positive input for flyback converter. 8 CSN Current sense negative input for flyback converter. 9 GND 10 COMP Current sense input for , voltages; two buck (step-down) high current, PWM, switch-mode supplies of 3.3 V and 5 V, one "flyback" PWM , Operation: Flyback Converter In normal operation mode, the two MOSFETs are turned on at the rising edge of Vishay Intertechnology
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S11-0

CMPD2836

Abstract: Si4416DY D D D High Efficiency Pulse Skipping Mode Operation at Light Load D Only Three Inductors , converter. 6 DLFY Gate-drive output for flyback low-side MOSFET. 7 CSP Current sense positive input for flyback converter. 8 CSN Current sense negative input for flyback converter , (step-down) high current, PWM, switch-mode supplies, one at 3.3 V and one at 5 V, one FLYBACK 12-V PWM , buck converter inductor current is too high, the voltage across pin CS3(5) and pin FB3(5) exceeds
Vishay Siliconix
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