LM5015 Search Results

Contextual Info: User's Guide SNVA292A – October 2007 – Revised April 2013 AN-1725 LM5015 Non-Isolated Two-Switch DC-DC Regulator Evaluation Board 1 Introduction The LM5015 Non-Isolated DC-DC Regulator evaluation board provides a low cost and fully functional DCDC regulator without employing any discrete power MOSFET. The evaluation board can be configured as

NPN/transistor NEC K 2500

Abstract: schematic diagram 48v ac regulator LM5015MHX 6 pin current control forward dc to dc converter LM5015 LM431A LM5015MH LM5015MHE flyback transformer high voltage
Contextual Info: LM5015 High Voltage Monolithic Two-Switch Forward DC-DC Converter General Description Features The LM5015 high voltage switch mode regulator features all the functions necessary to implement efficient high voltage Two-Switch Forward and Two-Switch Flyback regulators, using a minimum of external components. This easy to use

Contextual Info: LM5015 www.ti.com SNVS538C – NOVEMBER 2007 – REVISED APRIL 2013 LM5015 High Voltage Monolithic Two-Switch Forward DC-DC Regulator Check for Samples: LM5015 FEATURES DESCRIPTION • • • • • • The LM5015 high voltage switch mode regulator features all the functions necessary to implement

schematic diagram 48V solar charge controller

Abstract: schematic diagram 48V solar controller OFF line flyback isolated NO opto-coupler optocoupler 24V isolated feedback flyback converter LM431A LM5015 LM5015MH LM5015MHE LM5015MHX
Contextual Info: LM5015 High Voltage Monolithic Two-Switch Forward DC-DC Regulator General Description Features The LM5015 high voltage switch mode regulator features all the functions necessary to implement efficient high voltage Two-Switch Forward and Two-Switch Flyback regulators, using a minimum of external components. This easy to use

CA2983-CL

Abstract: GA2983-CL LM5015
Contextual Info: Document 635 Forward Converter Transformer For NSC LM5015 DC-DC Regulator • Referenced on National Semiconductor application note AN-1724 as CA2983-CL and on AN-1725 as GA2983-CL • Designed for forward topology operating at 250 kHz • 1500 Vrms isolation from primary and aux to the secondary

fct1-90k2sl_

Abstract: LM5015 SR-332
Contextual Info: Document 715 4 W Forward Mode Transformers • • • • Designed for forward topology operating at 250 kHz Five outputs from 3.3 V to 15 V; 9 – 18 V input 1500 Vrms isolation from primary and aux to the secondary Specified by National Semiconductor for its LM5015 TwoSwitch Forward Regulator

Contextual Info: LM5015 www.ti.com SNVS538C – NOVEMBER 2007 – REVISED APRIL 2013 LM5015 High Voltage Monolithic Two-Switch Forward DC-DC Regulator Check for Samples: LM5015 FEATURES DESCRIPTION • • • • • • The LM5015 high voltage switch mode regulator features all the functions necessary to implement

CA2983-CL

Abstract: GA2983-CL AN1725
Contextual Info: Document 635 Forward Converter Transformer For NSC LM5015 DC-DC Regulator • New part number shown; part is identical to FCT1-50M1SL. Referenced on National Semiconductor application note AN-1724 as CA2983-CL and on AN-1725 as GA2983-CL. • Designed for forward topology operating at 250 kHz

DC-DC REGULATOR

Contextual Info: Document 655 Flyback Transformer For National Semiconductor LM5015 Two-Switch DC-DC Regulator • Referenced on NSC application notes AN-1724 and AN-1725 • Designed to operate at 250 kHz in continuous conduction mode with 36 – 72 Volts input • 1500 Vrms isolation from the primary and auxiliary to the

Contextual Info: Document 655 Flyback Transformer For National Semiconductor LM5015 Two-Switch DC-DC Regulator •฀ •฀ Designed฀ to฀ operate฀ at฀ 250฀ kHz฀ in฀ continuous฀ conduction฀

LM5015MHX

Abstract: isolated feedback flyback converter LM431A LM5015 LM5015MH LM5015MHE OFF line flyback isolated NO opto-coupler Designing internal Type II Compensation for Current Mode DC-DC converter
Contextual Info: LM5015 High Voltage Monolithic Two-Switch Forward DC-DC Regulator General Description Features The LM5015 high voltage switch mode regulator features all the functions necessary to implement efficient high voltage Two-Switch Forward and Two-Switch Flyback regulators, using a minimum of external components. This easy to use

DC-DC REGULATOR

Abstract: jc 5010 transistor
Contextual Info: LM5015 LM5015 High Voltage Monolithic Two-Switch Forward DC-DC Regulator Literature Number: SNVS538B LM5015 High Voltage Monolithic Two-Switch Forward DC-DC Regulator General Description Features The LM5015 high voltage switch mode regulator features all the functions necessary to implement efficient high voltage

CA2983-CL

Contextual Info: Document 635 Forward Converter Transformer For NSC LM5015 DC-DC Regulator • Referenced on National Semiconductor application note AN-1724 as CA2983-CL and on AN-1725 as GA2983-CL • Designed for forward topology operating at 250 kHz • 1500 Vrms isolation from primary and aux to the secondary

Contextual Info: Document 715 4 W Forward Mode Transformers • • • • Designed for forward topology operating at 250 kHz Five outputs from 3.3 V to 15 V; 9 – 18 V input 1500 Vrms isolation from primary and aux to the secondary Specified by National Semiconductor for its LM5015 TwoSwitch Forward Regulator

Contextual Info: Document 714 8 W Forward-Mode Transformers • • • • Designed for forward topology operating at 250 kHz Five outputs from 3.3 V to 15 V; 18 – 36 V input 1500 Vrms isolation from primary and aux to the secondary Specified by National Semiconductor for its LM5015 TwoSwitch Forward Regulator

FCT1-33K2SL

Contextual Info: Document 715 4 W Forward Mode Transformers • Designed for forward topology operating at 250 kHz • Five outputs from 3.3 V to 15 V; 9 – 18 V input • 1500 Vrms isolation from primary and aux to the secondary • Specified by National Semiconductor for its LM5015

Contextual Info: Document 715 4 W Forward Mode Transformers • • • • Designed for forward topology operating at 250 kHz Five outputs from 3.3 V to 15 V; 9 – 18 V input 1500 Vrms isolation from primary and aux to the secondary Specified by National Semiconductor for its LM5015 TwoSwitch Forward Regulator

LM5015

Contextual Info: Input & 4.25V - 75V L VIN El— PVIN HO EN LM5015 vcc RT _C1 SS BST J Isolated Output T LT LO COMP FB ISOLATED FEEDBACK

Contextual Info: Document 714 8 W Forward-Mode Transformers • • • • Designed for forward topology operating at 250 kHz Five outputs from 3.3 V to 15 V; 18 – 36 V input 1500 Vrms isolation from primary and aux to the secondary Specified by National Semiconductor for its LM5015 TwoSwitch Forward Regulator

LM5015

Abstract: SR-332
Contextual Info: Document 714 8 W Forward-Mode Transformers • • • • Designed for forward topology operating at 250 kHz Five outputs from 3.3 V to 15 V; 18 – 36 V input 1500 Vrms isolation from primary and aux to the secondary Specified by National Semiconductor for its LM5015 TwoSwitch Forward Regulator

Contextual Info: Document 714 8 W Forward-Mode Transformers • • • • Designed for forward topology operating at 250 kHz Five outputs from 3.3 V to 15 V; 18 – 36 V input 1500 Vrms isolation from primary and aux to the secondary Specified by National Semiconductor for its LM5015 TwoSwitch Forward Regulator

GA3372-AL

Abstract: GA3372 0505V
Contextual Info: Document 655 Flyback Transformer For National Semiconductor LM5015 Two-Switch DC-DC Regulator • Referenced on NSC application notes AN‑1724 and AN-1725 • Designed to operate at 250 kHz in continuous conduction mode with 36 – 72 Volts input • 1500 Vrms, one minute isolation from the primary and auxiliary

Contextual Info: Document 655 Flyback Transformer For National Semiconductor LM5015 Two-Switch DC-DC Regulator • Referenced on NSC application notes AN-1724 and AN-1725 • Designed to operate at 250 kHz in continuous conduction mode with 36 – 72 Volts input • 1500 Vrms isolation from the primary and auxiliary to the

Contextual Info: User's Guide SNVA291A – October 2007 – Revised April 2013 AN-1724 LM5015 Isolated Two-Switch DC-DC Regulator Evaluation Board 1 Introduction The LM5015 Isolated DC-DC regulator evaluation board provides a low cost and fully functional DC-DC regulator without employing any discrete power MOSFET. The evaluation board can be configured as