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PMP4242 Texas Instruments 90VAC-400VAC Input, 12V/3W Quasi-Resonant Flyback visit Texas Instruments
PMP8362.2 Texas Instruments 85VAC to 265VAC Input, 12V Output, 15W Quasi-Resonant Flyback visit Texas Instruments
PMP8362.1 Texas Instruments 85VAC to 265VAC Input, 7.5V Output, 15W Quasi-Resonant Flyback visit Texas Instruments
PMP4015 Texas Instruments 200VAC-400VAC Input, 12V/3W Quasi-Resonant Flyback visit Texas Instruments
PMP4017 Texas Instruments 85VAC-265VAC Input, 5W 15V & 5V Quasi-Resonant Flyback visit Texas Instruments
PMP5394 Texas Instruments 90VAC-400VAC Input 24V/3W Quasi-Resonant Flyback visit Texas Instruments
PMP4891 Texas Instruments 90VAC-265VAC Input, 12V/4.2A Quasi-Resonant Flyback visit Texas Instruments
UCC28600DR Texas Instruments 8-Pin Quasi Resonant Flyback Green Mode Controller 8-SOIC -40 to 105 visit Texas Instruments Buy
UCC28600DRG4 Texas Instruments 8-Pin Quasi Resonant Flyback Green Mode Controller 8-SOIC -40 to 105 visit Texas Instruments
UCC28600ADR Texas Instruments 8-Pin Quasi Resonant Flyback Green Mode Controller 8-SOIC -40 to 105 visit Texas Instruments
PMP6536 Texas Instruments 85VAC-265VAC Input 12V/3A Quasi-Resonant Flyback With Synchronous Rectifiers visit Texas Instruments
PMP7019.2 Texas Instruments Quasi Resonant Flyback, 80-440V AC, 12V@0.5A using UCC28600 up to 91% efficiency visit Texas Instruments

quasi resonant

Catalog Datasheet MFG & Type PDF Document Tags

ICE2QS01

Abstract: SFH617-3 Quasi Resonant Controller ICE2QS01 Power Management & Supply Never stop t h i n k i n g , or other persons may be endangered. 160W SMPS Evaluation Board with Quasi Resonant Controller , revision) Version 160W SMPS Evaluation Board with New Quasi Resonant Controller : License to , © Infineon Technologies, 2006 Sept, 2006 ­ V1.0 3 160W SMPS Evaluation Board with Quasi Resonant , Technologies, 2006 Sept, 2006 ­ V1.0 4 160W SMPS Evaluation Board with Quasi Resonant Controller
Infineon Technologies
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SFH617-3 EE42/21/15 12v 50w smps smps transformer design EE42 SWITCHING POWER TRANSFORMER AC to DC smps circuit diagram ice2qs01 EVALQRS-ICE2QS01-160W 85VAC

Ringing Choke Converter

Abstract: RCC Ringing Choke Converter Flyback topology - Quasi resonant switching benefits Describes how Quasi Resonant techniques help in flyback topology · Quasi resonant (valley switching) techniques minimise EMI effects in , . BN-3243-0709 Quasi Resonant Switching Efficiency Benefits Quasi resonant or valley , Minimising switching losses- Quasi Resonant Figure 2: Flyback waveform showing valley points EMI Benefits Minimising Hard Switching Effects Zero current (quasi resonant) switching is used to minimise the
Cambridge Semiconductor
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C2160 C2150 Ringing Choke Converter RCC Ringing Choke Converter SMPS SOT23-6 sot23-6 AC/DC power supply 89/336/EC AD-2971 AD-2968

HF01B01

Abstract: HF01B04 HF01B00/01/02/03/04 Off Line High Voltage Quasi Resonant Regulator The Future of Analog IC , . 1 HF01B00/01/02/03/04­OFF LINE HIGH VOLTAGE QUASI RESONANT REGULATOR TYPICAL APPLICATION T1 , . © 2011 MPS. All Rights Reserved. 2 HF01B00/01/02/03/04­OFF LINE HIGH VOLTAGE QUASI RESONANT , . © 2011 MPS. All Rights Reserved. 3 HF01B00/01/02/03/04­OFF LINE HIGH VOLTAGE QUASI RESONANT , HIGH VOLTAGE QUASI RESONANT REGULATOR PIN FUNCTIONS Pin # 1 Name VSD Description Valley switching
Monolithic Power Systems
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HF01B04 HF01B01 3.7v battery charger circuit diagram HF01B REGULATOR S 813 SOIC-7 CISPR-22 HF01B00/01/02/03 HF01B00DP HF01B01DP HF01B02DP
Abstract: HF01B00/01/02/03/04 Off Line High Voltage Quasi Resonant Regulator DESCRIPTION FEATURES , Reserved. 1 HF01B00/01/02/03/04â'"OFF LINE HIGH VOLTAGE QUASI RESONANT REGULATOR TYPICAL , /04â'"OFF LINE HIGH VOLTAGE QUASI RESONANT REGULATOR ORDERING INFORMATION Part Number Package , HF01B00/01/02/03/04â'"OFF LINE HIGH VOLTAGE QUASI RESONANT REGULATOR ELECTRICAL CHARACTERISTICS VCC , HF01B00/01/02/03/04â'"OFF LINE HIGH VOLTAGE QUASI RESONANT REGULATOR PIN FUNCTIONS Pin # Name 1 Monolithic Power Systems
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HF01B03DP MS-012

mosfet gate drive circuit

Abstract: AN1018a Circuit Operation Quasi Resonant Operation Mode Notes on Circuit Design 1)PART SELECTION TABLE , ) - x 22.5V(TYP) VCC Voltage at normal Operation 10 www.irf.com AN1018a 7) Quasi Resonant , quasi-resonant signal duration=1µsec). Hence quasi resonant operation turns on the MOSFET at 1/2 cycles of the , energy). An example of the power supply circuit for the quasi resonant operation is shown in Fig , , R5 between the drive winding D and the OCP/FB pin, produces the quasi resonant signals, at the
International Rectifier
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IRIS4007 IRIS4011 IRIS4013 IRIS4015 mosfet gate drive circuit AN1018a mosfet triggering circuit 20khz frequency charging and discharging capacitor AN-1018 IRIS40

HF01B01

Abstract: HF01B04 HF01B00/01/02/03/04 Off Line High Voltage Quasi Resonant Regulator The Future of Analog IC , Reserved. 1 HF01B00/01/02/03/04­OFF LINE HIGH VOLTAGE QUASI RESONANT REGULATOR TYPICAL , . © 2012 MPS. All Rights Reserved. 3 HF01B00/01/02/03/04­OFF LINE HIGH VOLTAGE QUASI RESONANT , HIGH VOLTAGE QUASI RESONANT REGULATOR TYPICAL PERFORMANCE CHARACTERISTICS (continued) VSD Internal , × 10 HF01B00/01/02/03/04­OFF LINE HIGH VOLTAGE QUASI RESONANT REGULATOR Where, VOVP is the
Monolithic Power Systems
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HF01B04DP HF01B00 HF01B02 CISPER22 k mps AC DC Transformer 12V HF01B04DS

PD60190

Abstract: IRIS4015 (latched) · Over-current & over-temperature protection · Quasi resonant, variable frequency operation · , operating temperature Recommended Operating Conditions Time for input of quasi resonant signals. For the Quasi resonant signal inputted to the VOCP/FB terminal at the time of quasi resonant operation , - 55 Minimum input pulse width for quasi resonant signals - - 1.0 Minimum OFF
International Rectifier
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PD60190 AN1025 230VAC AN1018 AN1024 TS-001

AN1025

Abstract: IRIS4015 Over-current & over-temperature protection · Quasi resonant, variable frequency operation · 5 pin TO-220 and , operating temperature Recommended Operating Conditions Time for input of quasi resonant signals. For the Quasi resonant signal inputted to the VOCP/FB terminal at the time of quasi resonant operation , Minimum input pulse width for quasi resonant signals - - 1.0 Minimum OFF time - -
International Rectifier
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IRIS4015K PD60190-C
Abstract: protection (latched) · Over-current & over-temperature protection · Quasi resonant, variable frequency , Time for input of quasi resonant signals. For the Quasi resonant signal inputted to the VDCP/FB terminal at the time of quasi resonant operation, the signal should be wider thant Tth(2) VOCP/FB Tth , width for quasi resonant signals Minimum OFF time OCP/FB terminal threshold voltage 1 OCP/FB terminal International Rectifier
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IR4007K IR4007 100VDC

AN1024a

Abstract: AN1025 over-temperature protection · Quasi resonant, variable frequency operation · 5 pin TO-220 and TO-262 package · , temperature Recommended Operating Conditions Time for input of quasi resonant signals. For the Quasi resonant signal inputted to the VDCP/FB terminal at the time of quasi resonant operation, the signal , for quasi resonant signals - - 1.0 Minimum OFF time - - 1.5 IQCC TOFF
International Rectifier
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IRIS4007K AN1024a PD60183-C

TP-LINK

Abstract: IRIS4011 Over-current & over-temperature protection · Quasi resonant, variable frequency operation · 5 pin TO-220 and , operating temperature Recommended Operating Conditions Time for input of quasi resonant signals. For the Quasi resonant signal inputted to the VDCP/FB terminal at the time of quasi resonant operation , pulse width for quasi resonant signals - - 1.0 Minimum OFF time - - 1.5 IQCC
International Rectifier
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IRIS4011K TP-LINK PD60188-B

AN1018a

Abstract: AN1024a over-temperature protection · Quasi resonant, variable frequency operation · 5 pin TO-220 and TO-262 package · 0.4 , recommended operating temperature Recommended Operating Conditions Time for input of quasi resonant signals. For the Quasi resonant signal inputted to the VDCP/FB terminal at the time of quasi resonant , Maximum OFF time Minimum input pulse width for quasi resonant signals Minimum OFF time OCP/FB terminal
International Rectifier
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AN-1018a Integrated Switcher quasi resonant PD60183-B

ic tba 220

Abstract: over-temperature protection · Quasi resonant, variable frequency operation · 5 pin TO-220 and TO-262 package · 1.95 , Recommended Operating Conditions Time for input of quasi resonant signals. For the Quasi resonant signal inputted to the VOCP/FB terminal at the time of quasi resonant operation, the signal should be wider thant , width for quasi resonant signals Minimum OFF time OCP/FB terminal threshold voltage 1 OCP/FB terminal
International Rectifier
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ic tba 220 PD60189-A IRIS4013K

an1025 Vdss

Abstract: IRIS4015 protection · Quasi resonant, variable frequency operation · 5 pin TO-220 and TO-262 package · 0.97 Rds(on , Refer to recommended operating temperature Recommended Operating Conditions Time for input of quasi resonant signals. For the Quasi resonant signal inputted to the VOCP/FB terminal at the time of quasi resonant operation, the signal should be wider thant Tth(2) VOCP/FB Tth(2) 1.0µs Vth(2) 2 , supply current Maximum OFF time Minimum input pulse width for quasi resonant signals Minimum OFF time OCP
International Rectifier
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an1025 Vdss PD60190-A

IRIS4015

Abstract: AN1025 Over-current & over-temperature protection · Quasi resonant, variable frequency operation · 5 pin TO-220 and , operating temperature Recommended Operating Conditions Time for input of quasi resonant signals. For the Quasi resonant signal inputted to the VOCP/FB terminal at the time of quasi resonant operation , Minimum input pulse width for quasi resonant signals - - 1.0 Minimum OFF time - -
International Rectifier
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PD60190-B

AN1025

Abstract: IRIS4007 ) · Over-current and over-temperature protection · Quasi resonant, variable frequency operation · 5 , Refer to recommended operating temperature Recommended Operating Conditions Time for input of quasi resonant signals. For the Quasi resonant signal inputted to the VDCP/FB terminal at the time of quasi resonant operation, the signal should be wider thant Tth(2) 2 VOCP/FB Tth(2) 1.0µs Vth(2 , pulse width for quasi resonant signals - - 1.0 Minimum OFF time - - 1.5 IQCC
International Rectifier
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TP-LINK

Abstract: 110V AC to 12V DC ic (latched) · Over-current & over-temperature protection · Quasi resonant, variable frequency operation · , of quasi resonant signals. For the Quasi resonant signal inputted to the VDCP/FB terminal at the time of quasi resonant operation, the signal should be wider thant Tth(2) 2 VOCP/FB Tth(2 , 30 mA Maximum OFF time 45 - 55 Minimum input pulse width for quasi resonant
International Rectifier
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110V AC to 12V DC ic PD60188

ic tba 220 datasheet

Abstract: ic tba 220 (latched) · Over-current & over-temperature protection · Quasi resonant, variable frequency operation · , of quasi resonant signals. For the Quasi resonant signal inputted to the VOCP/FB terminal at the time of quasi resonant operation, the signal should be wider thant Tth(2) 2 VOCP/FB Tth(2 , 30 mA Maximum OFF time 45 - 55 Minimum input pulse width for quasi resonant
International Rectifier
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ic tba 220 datasheet TS-001-5 PD60189

IR4007

Abstract: IR4007K protection · Quasi resonant, variable frequency operation · 5 pin TO262 package · 0.4 Rds(on) max/ 200V , of quasi resonant signals. For the Quasi resonant signal inputted to the VDCP/FB terminal at the time of quasi resonant operation, the signal should be wider thant Tth(2) 2 VOCP/FB Tth(2 , 30 mA Maximum OFF time 45 - 55 Minimum input pulse width for quasi resonant
International Rectifier
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PD60183

IRIS4013

Abstract: AN1024a Over-current & over-temperature protection · Quasi resonant, variable frequency operation · 5 pin TO-220 and , operating temperature Recommended Operating Conditions Time for input of quasi resonant signals. For the Quasi resonant signal inputted to the VOCP/FB terminal at the time of quasi resonant operation , pulse width for quasi resonant signals - - 1.0 Minimum OFF time - - 1.5 IQCC
International Rectifier
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TS00 to120W PD60189-B

AN1025

Abstract: IRIS4007 Over-current and over-temperature protection · Quasi resonant, variable frequency operation · 5 pin TO , temperature Recommended Operating Conditions Time for input of quasi resonant signals. For the Quasi resonant signal inputted to the VDCP/FB terminal at the time of quasi resonant operation, the signal , pulse width for quasi resonant signals - - 1.0 Minimum OFF time - - 1.5 IQCC
International Rectifier
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PD60183-A
Abstract: over-temperature protection · Quasi resonant, variable frequency operation · 5 pin TO-220 and TO-262 · 3.9 Rds(on , Refer to recommended operating temperature Recommended Operating Conditions Time for input of quasi resonant signals. For the Quasi resonant signal inputted to the VDCP/FB terminal at the time of quasi resonant operation, the signal should be wider thant Tth(2) VOCP/FB Tth(2) 1.0µs Vth(2) 2 , supply current Maximum OFF time Minimum input pulse width for quasi resonant signals Minimum OFF time OCP International Rectifier
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PD60188-A

IRIS4009

Abstract: AN1025 Over-current & over-temperature protection · Quasi resonant, variable frequency operation · 5 pin TO-220 and , operating temperature Recommended Operating Conditions Time for input of quasi resonant signals. For the Quasi resonant signal inputted to the VDCP/FB terminal at the time of quasi resonant operation , pulse width for quasi resonant signals - - 1.0 Minimum OFF time - - 1.5 IQCC
International Rectifier
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IRIS4009 IRIS4009K PD60196

STRL472

Abstract: STR-L400 applications. The quasi resonant operation and PRC operation are available in normal operation. * PRC (Pulse , quasi resonant signal is established) - Quasi resonant operation function - Input , one of the following two modes according to the state whether quasi resonant signal is present or not. - PRC (Pulse Ratio Control) operation - Quasi resonant operation Copy Right: SANKEN , Constant voltage control operation 7.2.1 PRC Operation If there exists no quasi resonant signal or it
Sanken Electric
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STR-L400 STRL472
Abstract: operation Circuit current in non-operation Maximum OFF time Minimum time for input of quasi resonant , =24.5â'6.6V - *6 Recommended operating conditions Tth(2)≧1.0μsec Time for iunput of quasi resonant signals For the quasi resonant signal inputted to OCP/FB Pin VO.C.P/F.B at the time of quasi resonant , the time when the minimum quasi resonant signal is inputted. *8 The latch circuit means a circuit International Rectifier
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IRIS-G6653 G6653 TG3A-1128
Abstract: operation Circuit current in non-operation Maximum OFF time Minimum time for input of quasi resonant , =24.5â'6.6V - *6 Recommended operating conditions Tth(2)≧1.0μsec Time for iunput of quasi resonant signals For the quasi resonant signal inputted to OCP/FB Pin VO.C.P/F.B at the time of quasi resonant , the time when the minimum quasi resonant signal is inputted. *8 The latch circuit means a circuit International Rectifier
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IRIS-G6623 G6623
Abstract: for input of quasi resonant signals *6 Minimum OFF time *7 O.C.P/F.B Pin threshold voltage 1 , ‰§1.0μsec Time for iunput of quasi resonant signals VO.C.P/F.B For the quasi resonant signal inputted to OCP/FB Pin Vth(2) at the time of quasi resonant operation, the signal shall 0V be wider thant Tth(2). *7 The minimum OFF time means TOFF width at the time when the minimum quasi resonant signal is International Rectifier
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IRIS-G5653 IRIS-G5653A G5653A

g5653

Abstract: g5653a of quasi resonant signals *6 Minimum OFF time *7 O.C.P/F.B Pin threshold voltage 1 O.C.P/F.B , =31.732.3V *6 Recommended operating conditions Tth(2)1.0sec Time for iunput of quasi resonant signals O.C.P/F.B For the quasi resonant signal inputted to OCP/FB Pin Vth(2) at the time of quasi resonant , time when the minimum quasi resonant signal is inputted. *8 The latch circuit means a circuit operated
International Rectifier
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g5653 hybrid smps controller la 4444 IRIS-G5600 SMPS Switcher IC of DIP 7 4444

IRIS-F6428S

Abstract: SMPS Switcher IC of DIP 7 quasi resonant signals For the quasi resonant signal inputted to O.C.P/F.B Pin at the time of quasi resonant operation, the signal shall be wider than Tth(2). Tth(2)1.0sec O.C.P/F.B 0V Vth(2 , conditions (See page 2) *7 The minimum OFF time means TOFF width at the time when the minimum quasi resonant , current in operation Circuit current in non-operation Maximum OFF time Minimum time for input of quasi resonant signals *6 Minimum OFF time *7 O.C.P/F.B Pin threshold voltage 1 O.C.P/F.B Pin threshold
International Rectifier
Original
IRIS-F6428S 6 pin smps power control top mosfet F6428 F6428S 4B-E01515A

G5624

Abstract: G5624A Maximum OFF time Minimum time for input of quasi resonant signals *6 Minimum OFF time *7 O.C.P/F.B , Time for input of quasi resonant signals O.C.P/F.B For the quasi resonant signal inputted to OCP/FB Pin Vth(2) at the time of quasi resonant operation, the signal shall 0V be wider than Tth(2). *7 The minimum OFF time means TOFF width at the time when the minimum quasi resonant signal is inputted
International Rectifier
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IRIS-G5624A G5624A G5624
Abstract: for input of quasi resonant signals *6 Minimum OFF time *7 O.C.P/F.B Pin threshold voltage 1 , ‰§1.0μsec Time for iunput of quasi resonant signals VO.C.P/F.B For the quasi resonant signal inputted to OCP/FB Pin Vth(2) at the time of quasi resonant operation, the signal shall 0V be wider thant Tth(2). *7 The minimum OFF time means TOFF width at the time when the minimum quasi resonant signal is International Rectifier
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g6624

Abstract: SMPS Switcher IC of DIP 7 Minimum time for input of quasi resonant signals *6 Minimum OFF time *7 O.C.P/F.B Pin threshold , of quasi resonant signals For the quasi resonant signal inputted to OCP/FB Pin O.C.P/F.B at the time of quasi resonant operation, the signal shall Vth(2) 0V be wider than Tth(2). *7 The minimum OFF time means TOFF width at the time when the minimum quasi resonant signal is inputted. *8 The
International Rectifier
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IRIS-G6624 g6624 G6624

F6426

Abstract: IRF 450 MOSFET of the maximum switching current. Recommended operating conditions Time for input of quasi resonant signals For the quasi resonant signal inputted to O.C.P/F.B Pin at the time of quasi resonant , Circuit current in non-operation Maximum OFF time Minimum time for input of quasi resonant signals *6 , page 2) *7 The minimum OFF time means TOFF width at the time when the minimum quasi resonant signal is
International Rectifier
Original
IRIS-F6426S F6426 IRF 450 MOSFET 4507 mosfet PD-2049 SMPS high power CIRCUIT DIAGRAM F6426S

F6454

Abstract: F6454R of the maximum switching current. - Recommended operating conditions Time for input of quasi resonant signals For the quasi resonant signal inputted to O.C.P/F.B Pin at the time of quasi resonant , Circuit current in non-operation Maximum OFF time Minimum time for input of quasi resonant signals *6 , page 2) *7 The minimum OFF time means TOFF width at the time when the minimum quasi resonant signal is
International Rectifier
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IRIS-F6454R F6454R F6454

f6456

Abstract: IRIS-F6456S of the maximum switching current. Recommended operating conditions Time for input of quasi resonant signals For the quasi resonant signal inputted to O.C.P/F.B Pin at the time of quasi resonant , Circuit current in non-operation Maximum OFF time Minimum time for input of quasi resonant signals *6 , page 2) *7 The minimum OFF time means TOFF width at the time when the minimum quasi resonant signal is
International Rectifier
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IRIS-F6456S F6456S f6456 IRIS-F64 PD158

smps 1000W

Abstract: PFC BALLAST CONTROL IC l6562 Power supply for set-top box (US-110V) Quasi resonant controller: L6565 AN2447 STEVAL-ISA017V1 Power supply for set-top box (EU-220V) Quasi resonant controller: L6565 AN2447 STEVAL-ISA020V1 , STEVAL-ISA019V1 STEVAL-ISA022V1 STEVAL-ISB001V1 EVAL5973AD EVAL6563-80W 80W Quasi resonant wide range SMPS for 3 ESBT: STC05DE150 phase applications Quasi resonant SMPS controller: L6565 , LLC resonant SMPS EVAL6599-200W Off-line converter: VIPer12AS supply Mobile phone wide range
STMicroelectronics
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EVALSTSR30-60W smps 1000W PFC BALLAST CONTROL IC l6562 3000w smps flyback 1000w 220v DC MOTOR SPEED CONTROLLER 1000w buck boost converter PSD34XX STEVAL-IFN002V1 STR730 UM0193 STEVAL-IFP001V1 VN808CM

G6651

Abstract: operation Circuit current in non-operation Maximum OFF time Minimum time for input of quasi resonant , =24.5â'6.6V - *6 Recommended operating conditions Tth(2)≧1.0μsec Time for iunput of quasi resonant signals For the quasi resonant signal inputted to OCP/FB Pin VO.C.P/F.B at the time of quasi resonant , the time when the minimum quasi resonant signal is inputted. *8 The latch circuit means a circuit
International Rectifier
Original
G6651 IRIS-G6651

G6653

Abstract: IRIS-G6653 Minimum time for input of quasi resonant signals *6 Minimum OFF time *7 O.C.P/F.B Pin threshold , of quasi resonant signals For the quasi resonant signal inputted to OCP/FB Pin O.C.P/F.B at the time of quasi resonant operation, the signal shall Vth(2) 0V be wider than Tth(2). *7 The minimum OFF time means TOFF width at the time when the minimum quasi resonant signal is inputted. *8 The
International Rectifier
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switcher dip 4 contact 6 PIN smps control ic 6 pin smps power control ic V23078

la 4444

Abstract: G6651 Minimum time for input of quasi resonant signals *6 Minimum OFF time *7 O.C.P/F.B Pin threshold , of quasi resonant signals For the quasi resonant signal inputted to OCP/FB Pin O.C.P/F.B at the time of quasi resonant operation, the signal shall Vth(2) 0V be wider than Tth(2). *7 The minimum OFF time means TOFF width at the time when the minimum quasi resonant signal is inputted. *8 The
International Rectifier
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Quasi Resonant Converter flyback

G5653

Abstract: IRIS-G5653 Recommended operating conditions Tth(2)1.0sec Time for input of quasi resonant signals O.C.P/F.B For the quasi resonant signal inputted to OCP/FB Pin Vth(2) at the time of quasi resonant operation, the , minimum quasi resonant signal is inputted. *8 The latch circuit means a circuit operated O.V.P and T.S.D , current in operation Circuit current in non-operation Maximum OFF time Minimum time for input of quasi resonant signals *6 Minimum OFF time *7 O.C.P/F.B Pin threshold voltage 1 O.C.P/F.B Pin threshold
International Rectifier
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Converter Type SMPS

G5624A

Abstract: G5624 of quasi resonant signals *6 Minimum OFF time *7 O.C.P/F.B Pin threshold voltage 1 O.C.P/F.B , =31.732.3V *6 Recommended operating conditions Tth(2)1.0sec Time for iunput of quasi resonant signals O.C.P/F.B For the quasi resonant signal inputted to OCP/FB Pin Vth(2) at the time of quasi resonant , time when the minimum quasi resonant signal is inputted. *8 The latch circuit means a circuit operated
International Rectifier
Original
5624A

quasi resonant

Abstract: V23078 Minimum time for input of quasi resonant signals *6 Minimum OFF time *7 O.C.P/F.B Pin threshold , of quasi resonant signals For the quasi resonant signal inputted to OCP/FB Pin O.C.P/F.B at the time of quasi resonant operation, the signal shall Vth(2) 0V be wider than Tth(2). *7 The minimum OFF time means TOFF width at the time when the minimum quasi resonant signal is inputted. *8 The
International Rectifier
Original
Abstract: operation Circuit current in non-operation Maximum OFF time Minimum time for input of quasi resonant , =24.5â'6.6V - *6 Recommended operating conditions Tth(2)≧1.0μsec Time for iunput of quasi resonant signals For the quasi resonant signal inputted to OCP/FB Pin VO.C.P/F.B at the time of quasi resonant , the time when the minimum quasi resonant signal is inputted. *8 The latch circuit means a circuit International Rectifier
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STR-F6654

Abstract: str-f6654 PIN CONFIGURATION primary. Quasi resonant capacitor for snubbing and low noise is connected betw een this pin and OV , em agnetisation sensing Quasi Resonant mode - N or­ mal Operation. In both cases, voltage , ­ down threshold. Normal Operation (Quasi Resonant) Mode R efer to Regulator B lock Diagram [page 2], Standard Application diagram [Fig. 6] and Quasi Resonant Wave­ forms [Fig. 8]) R e g u la tio n is a c , Flyback. Fig. 8 Quasi Resonant W aveforms For optimum EM I/efficiency perform ance, Q/R turn o ff is
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OCR Scan
STR-F6654 str-f6654 PIN CONFIGURATION STRF6653 str SMPS CIRCUIT DIAGRAM STRF6654 STR-f6656 diagram STR-F6600 STR-F6652 STR-F6653 STR-F6672 STR-F6676

STR-F6514

Abstract: STR-F6654 EQUIVALENT °C maximum. 2. Time for input of quasi resonant signals. For the quasi resonant signal inputted to vocp/fb terminal at (he time of quasi resonant operation, the signal shall be wider titan Tth(2). 2.2V OV â'" ¿A , depends on transformer construction. OCP/F.B (Pin 11: Constant Off Time. Quasi Resonant A Voltage , . Fixed 50us ofT-timc (Pulse Ratio Control mode) 2. Demagnetisation sensing (Quasi Resonant mode) In , quasi resonant switching regulator) 03 April 1998 Type52 [replaced model MOSFET VDSS[V] RDS(on)MAX
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OCR Scan
STR-F6624 STR-F6514 STR-F6626 STR-F6523 STR-F6524 STR-F6656 STR-F6654 EQUIVALENT schematic diagram power supply str f6654 STRF6523 STR-F6656 EQUIVALENT STR-F6612 STR-F6502 STR-F6614 STR-F6511 STR-F6616 STR-F6513

STR-F6656 EQUIVALENT

Abstract: STR-F6656 ronrlitinn^ 1. Inner frame temperature in operation Tf = I I5°C maximum. 2. Time for input of quasi resonant signáis. For the quasi resonant signal inputted to vocp/fb terminal at the time of quasi , quasi resonant signals 1-5 T1h(2) - - 1-0 usee Minimum OFF time - Toff(min) - - 1.5 usee OCP/FB , : 1 Fixed 5us oiT-timc (Pulse R.llio CoiUro| Illodc) 2. Demagnetisation sensing (Quasi Resonant , feedback quasi resonant switching regulator) Notes.Sl.RDS values are objective ones ac thq m iccdt -7" .
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OCR Scan
schematic diagram power supply str f6656 TRANSFORMER sanken catalog schematic diagram ac regulator str STRF6624 STR F6656 f6654 D50M33 F-74000 F6500

SQ6601PT

Abstract: Quasi Resonant Converter flyback Recommended Operating Conditions Time for input of quasi resonant signals. For the Quasi resonant signal inputted to the VFB/OCP terminal at the time of quasi resonant operation, the signal should be wider than
AUK Semiconductor
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SQ6601PT KSD-I0U001-000

STR-F6524

Abstract: strf6524 â c 1. Inner frame temperatine io operali an Tf=115Xi*u*inttiiii 2. Time for inpat oí quasi resoaant sigiuU. Fòr Che quasi resonant signal on the V^ terminal daring quali rcionant operation, the , quasi resonant signots 1-5 Tih(2) - - 1.0 usee MMmum OFF Urne - Tofl(min) - - 1J5 usee OCP/FB terminal
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OCR Scan
S7H-P6624 STW6523 STK-F6634 strf6524 strf64 f6524 strf64i6 SANKEN STR STR-FG600 STR-F63I2 TR-P6502 STR-F64I6 STO-F65I3

STR-G6653

Abstract: STR-C6653 Maximum OFF time â'" Torr (MAX) 45 â'" 55 it see Minimum time for input of quasi resonant signals 5-3 T , width at the lime when the minimum quasi resonant signal is inputted. * 8 77f® ftttts O.V.P. The latch
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OCR Scan
STR-G6653 STR-C6653 STR-G6653 circuit diagram part circuit str-g6653 strg6653 STRC6653
Abstract: . It deploys the Quasi Resonant Control (QRC) and valley switching method with Power Factor Correction , circuit â'¢ Quasi Resonant Control (QRC) with Power Factor Correction (PFC) â'¢ Valley switching â MARVELL
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88EM8182 GU-10 88EM8182-01

zd101

Abstract: d207 July 2001 KA5Q-Series Fairchild Power Switch SMPS for Color Television Product Brief Low EMI and High Efficiency General Description The Fairchild Power Switch product family is specially designed Quasi Resonant Converter! for implementing off-line switch mode power supplies (SMPS) with Burst Mode Operation for Lower minimal external components. The FPS integrate a high voltage , I Quasi Resonant Converter Controller Internal Burst mode Controller for Stand-by mode Pulse by
Fairchild Semiconductor
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VR201 KA5Q0765RT-TU zd101 d207 BD101 transistor D205 smps 200w 20V flyback 200w PT101 SW201 VR202 OPT101

STR-F6600

Abstract: Series STR-F6600 OFF time - Toft(max) 45 - 55 usee Minimum Ome lor Input of quasi resonant signais 1-5 T*K2) - - 1.0 , the need for itwih^Hg components. There we three possible modes of operation : Quasi Resonant (Demag , operation Tf" 115*C maximum 2. Time for input of quasi moruuit signais. For the quasi résonant n^nil 00 (be terminai during quasi résonant operation, the signal duration aod amplitude dull be ai shown. Vth
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STRF6674 Series STR-F6600 str flyback mosfet strf6600 HG Genuine STRW5 CSTH-PS523 STU-PS454 STRF6533 STKF6A76 STR-M337

regulator input 220V output 15V DC 3A

Abstract: off-line flyback regulator 100w converter: VIPer12A AN1484 STEVAL-ISA016V1 Power supply for set-top box (US-110V) Quasi resonant controller: L6565 AN2447 STEVAL-ISA017V1 Power supply for set-top box (EU-220V) Quasi resonant controller: L6565 80W Quasi resonant wide range SMPS for 3 phase ESBT: STC04IE170HV applications Quasi resonant SMPS controller: L6565 STEVAL-ISA007V1 STEVAL-ISA019V1 STEVAL-ISA022V1 5.5W , with secondary synchronous Synchronous rectification controller: STSR30 Quasi resonant SMPS
STMicroelectronics
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L6920DB regulator input 220V output 15V DC 3A off-line flyback regulator 100w 10v regulator using viper22a l6599 VIPer12A 6v battery charger VIPER53 TSV91 TSV99 LD49300 STOD1412 PM6670 STVM100

sars03 diode

Abstract: diode sars03 terminal is to detect the quasi resonant signal. Quasi resonant is to match the timing of the MOSFET , match 1/2 cycle of the resonant-frequency. The quasi resonant operation is started by inputting the quasi resonant signal to the BD terminal. The fly-back voltage generated in the auxiliary winding is transformed to the quasi resonant signal by a resistive voltage divider. The timing of the bottom point of , quasi resonant operation and continues the 100kHz PWM operation. Generally, the pulse height of the
Sanken Electric
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STR-E1500 STR-E1565 sars03 diode diode sars03 sars03 chopper transformer winding formula c1740s

24V 10A SMPS circuit diagram

Abstract: d06u20s frequency is too low. Instead, an SMPS for a color TV makes use of the so called quasi resonant technique , Switch (FPS) has lower IC start up and operating currents than the KA3S-series, and quasi resonant , frequency, quasi resonant switching; current mode control; built in secondary side regulation; and an , . Quasi resonant Operation When a hard switched SMPS is used for a color TV, the MOSFET generates a very , converter that uses the quasi resonant technique. Lm is the transformer's primary side magnetizing
Fairchild Semiconductor
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AN4102 24V 10A SMPS circuit diagram d06u20s 230vac to primary 9v transformer 24V 10A SMPS circuit cross reference D10U60S opto d207

opto d207

Abstract: D06U20S use of the so called quasi resonant technique. In this technique a capacitor is added between the , currents than the KA3S-series, and quasi resonant operation can continue even in burst mode. Also, the , consumption: less than 2W at 230Vac. The SMPS features variable frequency, quasi resonant switching; current , noise. Figure 1 shows a flyback converter that uses the quasi resonant technique. Lm is the , converter using the quasi resonant technique. The MOSFET turns off when Id, reaches the peak value (Ip
Fairchild Semiconductor
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LM 7805 5V REGULATOR IC KA5Q0765RT High Current Voltage Regulator mosfet 7805 EER4042 ka5q1265rt linear regulator 7805

EER4942

Abstract: High Current Voltage Regulator mosfet 7805 use of the so called quasi resonant technique. In this technique a capacitor is added between the , currents than the KA3S-series, and quasi resonant operation can continue even in burst mode. Also, the , consumption: less than 2W at 230Vac. The SMPS features variable frequency, quasi resonant switching; current , noise. Figure 1 shows a flyback converter that uses the quasi resonant technique. Lm is the , converter using the quasi resonant technique. The MOSFET turns off when Id, reaches the peak value (Ip
Fairchild Semiconductor
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EER4942 smps 10w 12V LG TV flyback transformer CROSS REFERENCE 200W MOSFET POWER AMP C945 smps LG TV flyback transformer

D06U20S

Abstract: D10U60S use of the so called quasi resonant technique. In this technique a capacitor is added between the , currents than the KA3S-series, and quasi resonant operation can continue even in burst mode. Also, the , consumption: less than 2W at 230Vac. The SMPS features variable frequency, quasi resonant switching; current , noise. Figure 1 shows a flyback converter that uses the quasi resonant technique. Lm is the , converter using the quasi resonant technique. The MOSFET turns off when Id, reaches the peak value (Ip
Fairchild Semiconductor
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circuit diagram of mosfet based smps power supply KA5Q1565RT 24v 5a smps KA5Q-SERIES 24V to 3.6V opto coupler EER3542

MK1210

Abstract: 4810 mosfet Switching control mode Remarks Bipolar Bipolar Bipolar MOSFET RCC RCC RCC (with quasi resonant , : Overvoltage and output On-Off control can be implemented. * 5: Quasi Resonant power supply can be designed
Shindengen America
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MK1210 MJ2400 4810 mosfet MA4000 Series MA1000 MA1000 Series ZIP-27 HSOP-28 MTD1110 1120F 5MTD1361 MTD2001

NTE7166

Abstract: requirements for increased integration and reliability in off - line quasi- resonant flyback converters. This , circuit completes a comprehensive suite of features. Features: D Flyback Operation with Quasi - Resonant , Minimum Pulse Duration for Input of Quasi- Resonant Signals Minimum Off Time Feedback Threshold Voltage , TJ Note 1. Feedback is square wave, VIM = 2.2V, th = 1µs, tl = 35µs. Note 2. For quasi - resonant
NTE Electronics
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NTE7166

88EM8183

Abstract: wide range AC input. It deploys the Quasi Resonant Control (QRC) and valley switching method with , '¢ Quasi Resonant Control (QRC) with Power Factor Correction (PFC) â'¢ Low THD -
MARVELL
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88EM8183 88EM8183-04

F6428

Abstract: SMPS Switcher IC of DIP 7 conditions *7 The minimum OFF time means TOFF width at the time when the minimum quasi resonant signal is , current in operation Circuit current in non-operation Maximum OFF time Minimum time for input of quasi resonant signals *6 Minimum OFF time *7 O.C.P/F.B Pin threshold voltage 1 O.C.P/F.B Pin threshold
International Rectifier
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7 PIN IC FOR SMPS POWER SUPPLY

F6426

Abstract: IRF 450 MOSFET conditions *7 The minimum OFF time means TOFF width at the time when the minimum quasi resonant signal is , current in operation Circuit current in non-operation Maximum OFF time Minimum time for input of quasi resonant signals *6 Minimum OFF time *7 O.C.P/F.B Pin threshold voltage 1 O.C.P/F.B Pin threshold
International Rectifier
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8 pin smps power control ic R13-R13
Abstract: minimum quasi resonant signal is inputted. *8 The latch circuit means a circuit operated O.V.P and T.S.D , current in operation Circuit current in non-operation Maximum OFF time Minimum time for input of quasi resonant signals *6 Minimum OFF time *7 O.C.P/F.B Pin threshold voltage 1 O.C.P/F.B Pin threshold International Rectifier
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Abstract: minimum quasi resonant signal is inputted. *8 The latch circuit means a circuit operated O.V.P and T.S.D , current in operation Circuit current in non-operation Maximum OFF time Minimum time for input of quasi resonant signals *6 Minimum OFF time *7 O.C.P/F.B Pin threshold voltage 1 O.C.P/F.B Pin threshold International Rectifier
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L6565

Abstract: zener diode c18 st Schottky Rectifier, 3 A, 40 V L6565 Quasi Resonant SMPS controller L5973D step down switching , delivers up to 6 W outputs. It is based on the L6565 quasi resonant SMPS controller, working in variable
STMicroelectronics
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US-110 STTH108 SMBYW02-200 STPS5L40 STPS5L25B STPS340 zener diode c18 st K1010 resonant rectifier schematic 47-0UF diode c18 st

L6565

Abstract: K1010 of stability STEVAL-ISA016V1 ST components October 2006 L6565 Quasi Resonant SMPS , European input voltages (90 to 265Vrms) and delivers up to 6W outputs. It is based on the L6565 quasi resonant SMPS controller, working in variable frequency mode. SMBYW02-200 High Efficiency Fast Recovery
STMicroelectronics
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470uf equivalent L6565 MAR514 MAR5146 SCHEMATIC 12V 5A smps diode STPS340U 40V 3A LD29080DT25
Abstract: minimum quasi resonant signal is inputted. *8 The latch circuit means a circuit operated O.V.P and T.S.D , current in operation Circuit current in non-operation Maximum OFF time Minimum time for input of quasi resonant signals *6 Minimum OFF time *7 O.C.P/F.B Pin threshold voltage 1 O.C.P/F.B Pin threshold International Rectifier
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.68k 275V-X2

Abstract: Capacitor 470uf 400v 160W SMPS Evaluation Board for High End TV with New Quasi resonant Controller ICE1QS01 Yew Ming Lik , Luo Junyang and Jeoh Meng Kiat Infineon Technologies Asia Pacific Pte. Ltd., No. 25 New Industrial Road, Singapore 536211 Email: Ming-Lik.Yew@infineon.com, Junyang.Luo@infineon.com and , cost for TV application. The ICE1QS01 is a quasi resonant controller where switched on the power , -pin Quasi Resonant Controller ICE1QS01. ICE1QS01 is a current mode controller. The ICE1QS01 comprises the
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Capacitor 470uf 400v E42 CORE FOR 20KHZ TRANSFORMER smps transformer SMPS IC 2003 6 pin smps power control ic 18v AN-ICE1QS01

SMD optocoupler IC PC817

Abstract: optocoupler PC817 demonstration board is based on a quasi resonant flyback converter and employs the STW4N150 power MOSFET as the , Switch mode transformer - Tronic U1 L6565 STMicroelectronics quasi resonant controller U2 , ground between the two outputs. The converter is controlled by the L6565, a primary controller for quasi resonant ZVS (zero voltage switching) flyback converters. The IC controls the power capability variations
STMicroelectronics
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SMD optocoupler IC PC817 optocoupler PC817 470 pf ceramic capacitor N67 ferrite optocoupler IC PC817 sharp optocoupler PC817 UM0584 STEVAL-ISA031V1 L5970AD STEVALISA031V1 AM01306 AM01307

MA3810

Abstract: MA4820 power supplies 2) MA2000 series has option of overvoltage control and ON/OFF switching of PSU 3) Quasi Resonant PSU can be designed REFER TO MA1000 SERIES TECHNICAL MANUAL FOR APPLICATION GUIDE 021^307
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MA1040 MA3810 MA2820 MA4810 MA4820 MA2830 ma1050 MA300 MA1010 MA2410 MA1020 MA2420 MA3000

3s0680rf

Abstract: 3s0680rf DIAGRAM is especially appropriate for the quasi resonant power supply used mostly in color TVs and is being , monitors and other TV-like displays, this noise directly affects the display quality. This why the quasi resonant ßyback switching is required. The quasi resonant-type operation is appropriate for TVs, monitors , ) does not operate in the transient state. Rev C, November 1999 3 4. Quasi Resonant Circuit , Vcb VSS Imp Im ICR ID2 t0 t1 t2 t3 t4 t4 t5 Figure 2. Quasi resonant waveform(Vi
Fairchild Semiconductor
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3s0680rf 3s0680rf DIAGRAM 3S0680R 3s0680rf circuit diagram eer3543 3S0680R B
Abstract: could be designed to operate on quasi resonant mode to improve efficiency, and the quasi resonant mode , and the turn ratio is adjusted to realize the quasi resonant mode. (For designing method, please , and current sensing resistor voltage VCS waveform. The MOSFET works at quasi resonant mode. 4.10 BCD Semiconductor
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AP1681

tea1751

Abstract: AN10789 -16 package. Both controllers operate in Quasi Resonant (QR) / Discontinuous Conduction Mode (DCM) mode with , operates in Quasi Resonant (QR) or Discontinuous Conduction Mode (DCM) with valley detection to reduce the , and low mains. For the PFC operating in Quasi Resonant mode the maximum peak current can be , variable frequency controller that can operate in Quasi Resonant (QR) or Discontinuous Conduction mode , valley switching quasi resonant output power 014aaa158 Fig 12. Operation modes flyback At
NXP Semiconductors
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AN10789 tea1751 flyback pfc sensing voltage auxiliary winding TEA1751T flyback pfc using constant on-time schematic circuit diagram optocoupler, pfc TEA1751 SO-16

transformer EC-28

Abstract: TDK PC44 significantly improved compared to conventional free running quasi resonant converter implemented with only , Board with Quasi ­Resonant PWM Controller ICE2QS01, Infineon Technologies AG, 2006 [5] Converter , application note is a description of 40W switching mode power supply evaluation board designed in a quasi resonant flyback converter topology using ICE2QR0665 Quasi-resonant CoolSET®.The target application of , . Due to the resonant capacitor C10 paralled to MOSFET drain souce pin, the overshoot is relatively
Infineon Technologies
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EVALQRC-ICE2QR0665 SMR4503 EVALQRC-40W-ICE2QR0665 transformer EC-28 TDK PC44 230v to 18v step down transformer smd diode r5a 40W20V EN55022 CISPR22

BEER28-1110CPFR

Abstract: B32922C3104K000 significantly improved compared to conventional free running quasi resonant converter implemented with only , , 2008 [4] AN-ICE2QS01, 25W Evaluation Board with Quasi ­Resonant PWM Controller ICE2QS01, Infineon , application note is a description of 40W switching mode power supply evaluation board designed in a quasi resonant flyback converter topology using ICE2QR0665 Quasi-resonant CoolSET®.The target application of , . Due to the resonant capacitor C10 paralled to MOSFET drain souce pin, the overshoot is relatively
Infineon Technologies
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BEER28-1110CPFR B32922C3104K000 PC40 TDK B32922C3224K000 tdk BOBBIN IT 8755 E ICE2QS02G AG2008

E36/18/11

Abstract: SFH617-3 conventional free running quasi resonant converter implemented with only maximum switching frequency , PWM pulse is generated by the 8-pin Quasi Resonant PWM curremt-mode Controller ICE2QS02G. It , ] ICE2QS02G datasheet, Infineon Technologies AG, 2008 [3] AN-ICE2QS01, 25W Evaluation Board with Quasi ­Resonant PWM Controller ICE2QS01, Infineon Technologies AG, 2006 [4] CoolMOS® IPA60R199CP datasheet
Infineon Technologies
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E36/18/11 E36/18/11 Core ICE2QS02 80w audio amplifier circuit diagram pin diagram of 7804 choke 220uh 6A EVALQRS-ICE2QS02G-80W

ir90sq045

Abstract: mosfet 12w smd a quasi resonant flyback converter topology using ICE2QR4765 Quasi-resonant CoolSET®.The target , the entire load range, is significantly improved compared to conventional free running quasi resonant , , 2008 [4] AN-ICE2QS01, 25W Evaluation Board with Quasi ­Resonant PWM Controller ICE2QS01, Infineon
Infineon Technologies
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EVALQRC-ICE2QR4765 ir90sq045 mosfet 12w smd 12W SMD MOSFET 6 PIN SMD IC FOR SMPS UF4005 smd transistor SMD 12W MOSFET 12W5V

NCP1337P

Abstract: NCP1337PG .7 5.1 Quasi resonant operation .7 , ­ Rev 1 6 TND315/D 5 Overcoming limitations with NCP1337 5.1 Quasi resonant operation Valley switching converters, also known as quasi resonant (QR) converters, allow designing flyback
ON Semiconductor
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NCP1337P NCP1337PG TND315 BCK4201-304 BCK4201 orega flyback transformer

TEA1791

Abstract: tea1761 rectification on the secondary side of discontinuous conduction mode and quasi resonant flyback converters
NXP Semiconductors
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TEA1762 TEA1791 TEA1761T TEA1762T PHP45NQ10T tea1761 Silicon on insulator TEA1761 PSMN015

TEA1762T

Abstract: mode and quasi resonant ï¬'yback converters, they provide you with a proven solution that helps
Philips Semiconductors
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Abstract: no-load power to < 20 mW or even lower `` Quasi Resonant mode, NXP-patented true valley switching NXP Semiconductors
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TEA1836 TEA18361 TEA18362 TEA18363

LCD 16PIN

Abstract: ax754 . The CCFT power mesh architecture is a quasi resonant unipolar scheme. It can provide up to 10W or more
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LCD 16PIN ax754 CCFT MAX753/MAX754 MAX753 AX754 AX753/MAX754 1200V MAX754

LCD 16PIN

Abstract: lcd 2 x 16 control ic efficiency. The CCFT power mesh architecture is a quasi resonant unipolar scheme. It can prwide up to 10Wa
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lcd 2 x 16 control ic monochromatic lcd

TEA1507

Abstract: philips 3C85 ferrite material APPLICATION NOTE A 75W Quasi Resonant TEA1506 based flyback Converter for TV Applications , _1 A 75W QR TEA1506 based SMPS APPLICATION NOTE A 75W Quasi Resonant TEA1506 based flyback , .20 3. DESIGN OF A 75 WATT QUASI RESONANT POWER SUPPLY , flyback, Quasi Resonant flyback etc.) can be used to realize an SMPS as described above. The combination of universal mains, low cost and high efficiency implies more or less for a Quasi Resonant flyback
Philips Semiconductors
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AN10268 TEA1507 philips 3C85 ferrite material smps control ic tea1506 T 600 watt smps schematic flyback transformer philips tea1506 smps control ic tea1506 TP97036 2/W97 CE422 TSL0707 TSL0709-33K1R9

ICE2QS03G

Abstract: EVALQRS-ICE2QS03G load range is significantly improved compared to conventional free running quasi resonant converter , . 5.2 PWM Control The PWM pulse is generated by the 8-pin Quasi Resonant PWM curremt-mode
Infineon Technologies
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EVALQRS-ICE2QS03G ICE2QS03G EVALQRS-36W-ICE2QS03G IPP60R600CP Epcos N87 ICE2QS03 600w switch mode power supply circuit diagram AN-EVALQRC-ICE2QR0665

KA5Q0765RT

Abstract: ka5q1265rf , productivity, and system reliability. It has a basic platform well suited for cost-effective design in quasi resonant converter as C-TV power supply. Quasi Resonant Converter Controller Internal Burst Mode
Fairchild Semiconductor
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KA5Q1565RF ka5q1265rf KA5Q0765RTYDTU 146a 12v 5a smps KA5Q0765RTTU KA5Q0765RT/KA5Q12656RT/KA5Q1265RF/

KA5Q1565RF

Abstract: KA5Q1265RF application note www.fairchildsemi.com KA5Q-SERIES KA5Q0765RT/KA5Q12656RT/KA5Q1265RF/ KA5Q1565RF Fairchild Power Switch(FPS) Features · · · · · · · · · Quasi Resonant Converter Controller Internal Burst Mode Controller for Stand-by Mode Pulse by Pulse Current Limiting Over Current Latch Protection Over Voltage Protection (Vsync: Min. 11V) Internal Thermal Shutdown Function Under Voltage Lockout Internal High Voltage , basic platform well suited for cost-effective design in quasi resonant converter as C-TV power supply
Fairchild Semiconductor
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KA5Q1265RF application note ka5q1265

KA5Q0765

Abstract: KA5Q0765RT , productivity, and system reliability. It has a basic platform well suited for cost-effective design in quasi resonant converter as C-TV power supply. Quasi Resonant Converter Controller Internal Burst Mode
Fairchild Semiconductor
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KA5Q0765 KA5Q0765R ydtu 12A 650V MOSFET KA5Q1565

TEA1791

Abstract: LL4148 nxp secondary side of Discontinuous Conduction Mode (DCM) and quasi resonant flyback converters. The TEA1791T , synchronous rectification to be used in quasi resonant and discontinuous conduction mode flyback converters
NXP Semiconductors
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AN10781 LL4148 nxp sr smd diode CNX82A LL4148 PSMN015-100P

viper15

Abstract: Quasi-resonant flyback transformer meet the standby energy saving regulations. The Quasi resonant feature reduces EMI filter cost , 7.6 Quasi resonant operation . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . , Quasi resonant operation The control core of the VIPER15 is a current-mode PWM controller with a zero , function and valley skipping mode In quasi resonant mode, the switching frequency is not fixed and depends , . Double TBLANK timing diagram Quasi Resonant Operation Mosfet switched on by the starter Vaux t
STMicroelectronics
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Quasi-resonant flyback transformer FB100

viper15

Abstract: standby energy saving regulations. The Quasi resonant feature reduces EMI filter cost. Brownout and , 7.6 Quasi resonant operation . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . , 7.6 Quasi resonant operation The control core of the VIPER15 is a current-mode PWM controller with , locked to transformer demagnetization, hence setting up quasi resonant operation. As protection, in , Operation descriptions 7.7 VIPER15 Frequency fold-back function and valley skipping mode In quasi
STMicroelectronics
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Abstract: device very low consumption helps to meet the standby energy saving regulations. The Quasi resonant , . . . . 17 7.6 Quasi resonant operation . . . . . . . . . . . . . . . . . . . . . . . . . . . , Pin t t t 4.8 V 3.3 V t 7.6 Quasi resonant operation The control core of the , locked to transformer demagnetization, hence setting up quasi resonant operation. As protection, in , Operation descriptions 7.7 VIPER15 Frequency fold-back function and valley skipping mode In quasi STMicroelectronics
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Abstract: NCP1378 PWM Current- Mode Controller for Free- Running Quasi- Resonant Operation The NCP1378 combines a true current mode modulator and a demagnetization detector to ensure full borderline/critical Conduction Mode in any load/line conditions and minimum drain voltage switching (Quasi- Resonant operation). , '· ï'· ï'· ï'· ï'· ï'· ï'· ï'· ï'· Free- Running Borderline/Critical Mode Quasi- Resonant , feedback loop design. ï'· Quasi- Resonant Operation: By delaying the turn- on event, it is possible to ON Semiconductor
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NCP1378/D

7555 low power timer ic

Abstract: NCP1378 NCP1378 PWM Current- Mode Controller for Free- Running Quasi- Resonant Operation The NCP1378 combines a true current mode modulator and a demagnetization detector to ensure full borderline/critical Conduction Mode in any load/line conditions and minimum drain voltage switching (Quasi- Resonant operation). , Free- Running Borderline/Critical Mode Quasi- Resonant Operation Latched Overvoltage Protection Auto , system and accordingly eases the feedback loop design. Quasi- Resonant Operation: By delaying the
ON Semiconductor
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7555 low power timer ic NCP1378DR2G NCP1378PG

mosfet b44

Abstract: C2283 Datasheet Primary Side Sensing SMPS Controller with MOSFET Drive KEY FEATURES AND ADVANTAGES â'¢ Advanced primary sensing controller achieves accurate regulation without an opto-coupler â'¢ Constant power feature o Optimised for fast start-up in to constant power loads with large capacitance o C2283PX2 SOT23-6 Supports motor drive applications â'¢ Compensates for output cable voltage drop â'¢ Optimised PWM/PFM with quasi resonant switching enables efficiency standards compliance
Cambridge Semiconductor
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mosfet b44 DS-4903-1209A

Quasi-resonant flyback transformer

Abstract: thermistor NTC th1 DN06008/D Design Note ­ DN06008/D +/- 18 V, Dual Output Power Supply Device NCP1308 Application Input Voltage Audio Amp Power Supply +/-18V 90 to 270 Vac Output Power Topology I/O Isolation 45 W, 90 W peak Quasi Resonant Flyback Yes Other Specifications Output 1 Output 2 Output 3 Output 4 +18 V
ON Semiconductor
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NCP1218 thermistor NTC th1 CRITICAL CONDUCTION MODE flyback transformer less power supply 12 volt 5a ferroxcube bobbin transformers used for dual tracking power supply sp8n80c3

zvs flyback driver

Abstract: L6566BH EVL6566B-40WSTB EVL6566B-65W-QR Description 40 W wide input range flyback converter 65 W quasi resonant flyback converter © STMicroelectronics - May 2010 - Printed in Italy - All rights reserved The
STMicroelectronics
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L6566BH zvs flyback driver BCD6 SO16N Package L6566B flyback transformer diagram SO16N L6566BHTR FLL6566BH0510

PWM controller sot23-6

Abstract: C2183 C2183 Datasheet Primary Sensing SMPS Controller for Offline Applications KEY FEATURES AND ADVANTAGES · Advanced primary sensing control circuitry achieves accurate voltage and current (CV and CC) regulation without an opto-coupler · Optimised PWM/PFM with quasi resonant switching enables efficiency standards compliance with margin · Switching frequency dither eases design for low EMI · Inherently low ripple · Best in class load-transient performance · No-load power less than 100 mW · Enables consumer
Cambridge Semiconductor
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C2183PX2 PWM controller sot23-6 EFD15 TRANSFORMER C2-183 testing smps circuit smps controller sot23-6 DS-4372-1209

TEA1762T

Abstract: SMPS flyback transformer medical and quasi resonant flyback converters. Besides electronics for synchronous rectification, it also has , also be used in all other discontinuous conduction mode and quasi resonant flyback systems that demand , quasi resonant flyback converters. Besides controlling the SR MOSFET, the TEA1762T contains the voltage
NXP Semiconductors
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SMPS flyback transformer medical opto mosfet smps control ic With MOSFET Driver 710 opto coupler flyback transformer for medical

tea1761

Abstract: TEA1761T and quasi resonant flyback converters. Besides electronics for synchronous rectification, it also has , can also be used in all other discontinuous conduction mode and quasi resonant flyback systems that , used in discontinuous conduction mode and quasi resonant flyback converters. Besides controlling the
NXP Semiconductors
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Abstract: ) function for very low no-load power applications â'¢ Optimised PWM/PFM with quasi resonant switching Cambridge Semiconductor
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C2173 DS-5706-1403

flyback smps

Abstract: STEVAL-ISA057V1 on the L6565 PWM driver working in quasi resonant mode, it means zero voltage switching or at least
STMicroelectronics
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STEVAL-ISA057V1 STC03DE220HV STC03DE22HV flyback smps st smps EN60950

SMPS SOT23-6

Abstract: constant current smps circuit diagram C2283 Datasheet Primary Side Sensing SMPS Controller with MOSFET Drive KEY FEATURES AND ADVANTAGES · Advanced primary sensing controller achieves accurate regulation without an opto-coupler · Constant power feature o o Optimised for fast start-up in to constant power loads with large capacitance Supports motor drive applications C2283PX2 SOT23-6 · Compensates for output cable voltage drop · Optimised PWM/PFM with quasi resonant switching enables efficiency standards compliance with margin ·
Cambridge Semiconductor
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constant current smps circuit diagram sot23-6 CAMSEMI cP SOT23-6 Transformer ee19 Primary Sensing SMPS Controller

22uF 400V

Abstract: filter lf101 . signal Quasi Resonant Converter Current sensing method Current sensing with SenseFET Built in
Fairchild Semiconductor
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22uF 400V filter lf101 KA7805 transistor ka7805 C107 Series D206 150KH
Abstract: C2183 Datasheet Primary Sensing SMPS Controller for Offline Applications KEY FEATURES AND ADVANTAGES â'¢ Advanced primary sensing control circuitry achieves accurate voltage and current (CV and CC) regulation without an opto-coupler â'¢ Optimised PWM/PFM with quasi resonant switching enables efficiency standards compliance with margin â'¢ Switching frequency dither eases design for low EMI â'¢ Inherently low ripple C2183PX2 SOT23-6 â'¢ Best in class load-transient performance â'¢ No-load power Cambridge Semiconductor
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Flyback Transformer Design FOR QR IC

Abstract: tea1750 application note description and calculation The PFC operates in Quasi Resonant (QR) mode or Discontinuous Conduction mode , maximum PFC peak current at the high load and low mains. For the PFC operating in Quasi Resonant mode the , calculation The flyback of the TEA1750 is a variable frequency controller that can operate in Quasi Resonant , with valley switching quasi resonant output power 014aaa025 Fig 12. Operation modes flyback , Quasi Resonant (QR) mode. The next primary switching cycle starts at detection of the first valley. By
NXP Semiconductors
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AN10782 Flyback Transformer Design FOR QR IC tea1750 application note PFc lcd TV TV flyback transformer problem with active clamp flyback pfc HV Flyback schematic

ka5q1265rt

Abstract: ka5q1265 Quasi Resonant Converter Controller Auto-restart mode BLOCK DIAGRAM 3 + ­ Sync. REF. 5
Fairchild Semiconductor
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Fairchild SPS 5 pins Quasi Resonant Converter
Abstract: -16 package. Both controllers operate in Quasi Resonant (QR) / Discontinuous Conduction Mode (DCM) mode with , The PFC operates in Quasi Resonant (QR) or Discontinuous Conduction Mode (DCM) with valley detection , Quasi Resonant mode the maximum peak current can be calculated with equation: Ip QR ï'¨ PFC ï'©max , TEA1751(L)T is a variable frequency controller that can operate in Quasi Resonant (QR) or Discontinuous , discontinuous with valley switching quasi resonant output power 014aaa158 Fig 12. Operation modes NXP Semiconductors
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stry6473

Abstract: stry647 Power IC for Quasi-Resonant Type Switching Power Supply with High Efficiency, Low Noise and Low Standby Power in Full Load Range STR-Y6473 Sep, 2013 â—General Descriptions â—Package The STR-Y6473 is power IC for quasi-resonant switching type power supplies, incorporating a power MOSFET and a controller IC. The product is automatically switched to the quasi resonant operation, one bottom skip quasi resonant operation and two bottom skip operation in normal operation, and to the burst oscillation
Sanken Electric
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stry6473 stry647 FMS207
Abstract: platform well suited for cost-effective design in quasi resonant converter as C-TV power supply. Quasi Resonant Converter Controller Internal Burst Mode Controller for Stand-by Mode Pulse by Pulse Current Fairchild Semiconductor
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KA5Q-SERIES

Abstract: ka5q1265rf , productivity, and system reliability. It has a basic platform well suited for cost-effective design in quasi resonant converter as C-TV power supply. Quasi Resonant Converter Controller Internal Burst mode
Fairchild Semiconductor
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KA5Q0765RT-YDTU KA5Q12656RT KA5Q12656RT-TU

STR-Y6456

Abstract: Power IC for Quasi-Resonant Type Switching Power Supply with High Efficiency, Low Noise and Low Standby Power in Full Load Range STR-Y6456 Sep, 2013 â—General Descriptions â—Package The STR-Y6456 is power IC for quasi-resonant switching type power supplies, incorporating a power MOSFET and a controller IC. The product is automatically switched to the quasi resonant operation, one bottom skip quasi resonant operation and two bottom skip operation in normal operation, and to the burst oscillation
Sanken Electric
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STRY6453

Abstract: Power IC for Quasi-Resonant Type Switching Power Supply with High Efficiency, Low Noise and Low Standby Power in Full Load Range STR-Y6453 Sep, 2013 â—General Descriptions â—Package The STR-Y6453 is power IC for quasi-resonant switching type power supplies, incorporating a power MOSFET and a controller IC. The product is automatically switched to the quasi resonant operation, one bottom skip quasi resonant operation and two bottom skip operation in normal operation, and to the burst oscillation
Sanken Electric
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STRY6453

STRY6476

Abstract: STR-Y6476 Power IC for Quasi-Resonant Type Switching Power Supply with High Efficiency, Low Noise and Low Standby Power in Full Load Range STR-Y6476 Sep, 2013 â—General Descriptions â—Package The STR-Y6476 is power IC for quasi-resonant switching type power supplies, incorporating a power MOSFET and a controller IC. The product is automatically switched to the quasi resonant operation, one bottom skip quasi resonant operation and two bottom skip operation in normal operation, and to the burst oscillation
Sanken Electric
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STRY6476
Abstract: and quasi resonant flyback converters. Besides electronics for synchronous rectification, it also has , in all other discontinuous conduction mode and quasi resonant flyback systems that demand a highly , controller for synchronous rectification to be used in discontinuous conduction mode and quasi resonant Philips Semiconductors
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str TV SMPS design example

Abstract: EER 3540 R2 R1 Q Picture ON Figure 1. Basic Quasi Resonant Converter Using KA5Q-series (Color TV , drain current, secondary diode current and the MOSFET drain voltage of a Quasi Resonant Converter , . The Typical Waveform of MOSFET Drain Voltage for Quasi Resonant Converter ©2005 Fairchild , employs a quasi resonant switching technique to minimize the switching noise as well as switching loss , resonant period of the MOSFET's effective output capacitance and primary side inductance. By increasing
Fairchild Semiconductor
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AN4149 str TV SMPS design example EER 3540 str TV SMPS optocoupler 817a schematic diagram of ctr flyback tv EER53 H11A817A KA431

tea1742

Abstract: MHR resistor controller · Quasi Resonant (QR)/ Discontinuous Conduction Mode (DCM) operation with valley switching , in Quasi Resonant (QR) or Discontinuous Conduction Mode (DCM) with valley detection to minimize , )max = the maximum PFC peak current at high load and low mains. For the PFC operating in Quasi Resonant mode the maximum peak current can be calculated using the following equation: AN10790
NXP Semiconductors
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tea1742 MHR resistor design of triggering circuit of mosfet IEC61000-3-2 TEA1742T

Siemens Ferrite n67

Abstract: Siemens Ferrite n67 RM design opportunities, especially for (quasi) resonant circuits. Advances in materials have thus brought , output stability. In many applications, only one special output voltage is required. In resonant
Siemens Matsushita Components
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Siemens Ferrite n67 Siemens Ferrite n67 RM ferrite n67 n27 ferrite Siemens Ferrite n27 u93 FERRITES N67

HDMI2C1-5DIJ

Abstract: VIPER27L ) 8.5 23.5 20 from 0.2 to 0.4 (settable) limited to 136 Quasi resonant 70 Flyback , 0.2 to 0.4 (settable) limited to 225 Quasi resonant 70 Flyback Pulse Burst mode , 136 Quasi resonant 70 Flyback Pulse Burst mode VIPER25HN DIP-7 15 800 (avalanche rugged) 8.5 23.5 8 from 0.2 to 0.7 (settable) limited to 225 Quasi resonant
STMicroelectronics
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LISY300AL HDMI2C1-5DIJ VIPER27L QFN-4x4-24 STMPE821 VIPER22A RS-232 TSSOP-20 STMEC001ATTR LIS302DL LIS3LV02DL LGA14

ST33F1M

Abstract: HDMI2C1-5DIJ ) 8.5 23.5 20 from 0.2 to 0.4 (settable) limited to 136 Quasi resonant 70 Flyback , 0.2 to 0.4 (settable) limited to 225 Quasi resonant 70 Flyback Pulse Burst mode , 136 Quasi resonant 70 Flyback Pulse Burst mode VIPER25HN DIP-7 15 800 (avalanche rugged) 8.5 23.5 8 from 0.2 to 0.7 (settable) limited to 225 Quasi resonant
STMicroelectronics
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ST1S10PHR STEVAL-CCA005V1 ST33F1M ISO 7816 I2C lm833 in audio amplifier Serial-Interfaced 6-Digit LED controller with key ST23ZL48 ST23yt66 STEVAL-ISA044V2 ST1S10 STEVAL-ISA045V1 ST1S09 STEVAL-ISA045V2

PM8903

Abstract: ST33F1M 136 Quasi resonant 70 Flyback Pulse Burst mode VIPER15HN DIP-7 8 800 (avalanche rugged) 8.5 23.5 20 from 0.2 to 0.4 (settable) limited to 225 Quasi resonant , 8 from 0.2 to 0.7 (settable) limited to 136 Quasi resonant 70 Flyback Pulse , (settable) limited to 225 Quasi resonant 70 Flyback Pulse Burst mode VIPER28LN DIP
STMicroelectronics
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PM8903 LIS3DH LSM303DLH STMPE24M31 STPS2L40A ST1S40 STM1403 UPSD3422EV STEVAL-CCA004V1 TSH120 TSH173 STEVAL-CCA006V1

9R340C

Abstract: d92 02 IPI90R340C3 CoolMOSTM Power Transistor Features · Lowest figure-of-merit R ON x Qg · Extreme dv/dt rated · High peak current capability · Qualified according to JEDEC1) for target applications · Pb-free lead plating; RoHS compliant · Worldwide best R DS,on in TO262 (I2Pak) · Ultra low gate charge Product Summary V DS @ T J=25°C R DS(on),max @T J=25°C Q g,typ 900 0.34 94 V nC PG-TO262 CoolMOSTM 900V is designed for: · Quasi Resonant Flyback / Forward topologies · PC Silverbox and consumer
Infineon Technologies
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9R340C d92 02 diode d92 02 diode d92-02 diode d92 d92 02 diode

9r1k2c

Abstract: IPW90R1K2C3 IPW90R1K2C3 CoolMOSTM Power Transistor Features · Lowest figure-of-merit R ON x Qg · Extreme dv/dt rated · High peak current capability · Qualified according to JEDEC1) for target applications · Pb-free lead plating; RoHS compliant · Ultra low gate charge Product Summary V DS @ T J=25°C R DS(on),max @T J=25°C Q g,typ 900 1.2 29 V nC PG-TO247 CoolMOS C3 is designed for: · Quasi Resonant Flyback / Forward topologies · PC Silverbox and consumer applications Type IPW90R1K2C3 Package
Infineon Technologies
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9r1k2c sevcon

9R1K2C

Abstract: IPW90R1K2C3 IPW90R1K2C3 CoolMOSTM Power Transistor Product Summary Features V DS @ T J=25°C 1.2 Q g,typ · Extreme dv/dt rated V R DS(on),max @T J=25°C · Lowest figure-of-merit R ON x Qg 900 28 nC · High peak current capability · Qualified according to JEDEC1) for target applications · Pb-free lead plating; RoHS compliant PG-TO247 · Ultra low gate charge CoolMOSTM 900V is designed for: · Quasi Resonant Flyback / Forward topologies · PC Silverbox and consumer applications ·
Infineon Technologies
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JESD22 DIODE D28

SW6N70

Abstract: PCH477M6R3S1AGE08K DN05073/D Design Note â'" DN05073/D Universal AC Input, 5.3V2A Output, 10.6 Watt Charger Device Application Input Voltage Output Power Topology I/O Isolation NCP1360BBCC NCP1360BCCC Mobile, tablet Charger, adapter 90 to 264 Vac 10.6W Quasi Resonant Flyback Yes Item Rated Input Voltage Input Voltage Range Input Frequency Range Inrush Current Average Efficiency Average Eff. At cable end Standby Power Output Voltage Output Current Rated Output Power
ON Semiconductor
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SW6N70 PCH477M6R3S1AGE08K NCP1360 NCP1360/5

d92 02

Abstract: FA-400 IPP90R340C3 CoolMOSTM Power Transistor Features · Lowest figure-of-merit R ON x Qg · Extreme dv/dt rated · High peak current capability · Qualified according to JEDEC1) for target applications · Pb-free lead plating; RoHS compliant · Worldwide best R DS,on in TO220 · Ultra low gate charge Product Summary V DS @ T J=25°C R DS(on),max @T J=25°C Q g,typ 900 0.34 94 V nC PG-TO220 CoolMOSTM 900V is designed for: · Quasi Resonant Flyback / Forward topologies · PC Silverbox and consumer applications ·
Infineon Technologies
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FA-400

9R1K2c

Abstract: IPD90R1K2C3 IPD90R1K2C3 CoolMOSTM Power Transistor Product Summary Features V DS @ T J=25°C 1.2 Q g,typ · Extreme dv/dt rated V R DS(on),max @T J=25°C · Lowest figure-of-merit R ON x Qg 900 28 nC · High peak current capability · Qualified according to JEDEC1) for target applications · Pb-free lead plating; RoHS compliant PG-TO252 · Ultra low gate charge CoolMOSTM 900V is designed for: · Quasi Resonant Flyback / Forward topologies · PC Silverbox and consumer applications ·
Infineon Technologies
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DIODE D28 08 d28 diode DD-50

9R500C

Abstract: 9R500 IPI90R500C3 CoolMOSTM Power Transistor Product Summary Features V DS @ T J=25°C 0.5 Q g,typ · Extreme dv/dt rated V R DS(on),max @ T J= 25°C · Lowest figure-of-merit R ON x Qg 900 68 nC · High peak current capability · Qualified according to JEDEC1) for target applications · Pb-free lead plating; RoHS compliant PG-TO262 · Ultra low gate charge CoolMOSTM 900V is designed for: · Quasi Resonant Flyback / Forward topologies · PC Silverbox and consumer applications ·
Infineon Technologies
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9R500C 9R500

9R120C

Abstract: IPW90R120C3 IPW90R120C3 CoolMOSTM Power Transistor Product Summary Features V DS @ T J=25°C 0.12 Q g,typ · Extreme dv/dt rated V R DS(on),max @ T J=25°C · Lowest figure-of-merit R ON x Qg 900 260 nC · High peak current capability · Qualified according to JEDEC1) for target applications · Pb-free lead plating; RoHS compliant PG-TO247 · Worldwide best R DS,on in TO247 · Ultra low gate charge CoolMOS C3 is designed for: · Quasi Resonant Flyback / Forward topologies · PC
Infineon Technologies
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9R120C 9r120 CoolMOS Power Transistor IPW90R120C3 INFINEON 900 V 36 A IPW90R120C3 INFINEON

STR-S6707 circuit diagram

Abstract: F6654 STR-S6703 AND STR-S6704 OFF-LINE SWITCHING REGULATORS - WITH BIPOLAR SWITCHING TRANSISTOR COLLECTOR Data Sheet 28113.1 The STR-S6703 and STR-S6704 are specifically designed to meet the requirement for increased integration and reliability in off-line quasi resonant flyback converters. These devices incorporate the primary control and proportional drive circuit with a third-generation high-voltage bipolar switching transistor. Crucial system parameters such as maximum ON tim e and OFF time are
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OCR Scan
STR-S6707 circuit diagram strs6707 S5708 f6656 FLYBACK APPLICATION NOTES F6653 220/240V 110/120V
Abstract: IPP90R1K2C3 CoolMOSâ"¢ Power Transistor Product Summary Features V DS @ T J=25°C 1.2 â"¦ Q g,typ â'¢ Extreme dv/dt rated V R DS(on),max @T J=25°C â'¢ Lowest figure-of-merit R ON x Qg 900 28 nC â'¢ High peak current capability â'¢ Qualified according to JEDEC1) for target applications PG-TO220 â'¢ Pb-free lead plating; RoHS compliant â'¢ Ultra low gate charge CoolMOSâ"¢ 900V is designed for: â'¢ Quasi Resonant Flyback / Forward topologies â'¢ PC Infineon Technologies
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9R800C

Abstract: IPP90R800C3 CoolMOSâ"¢ Power Transistor Product Summary Features V DS @ T J=25°C 0.8 â"¦ Q g,typ â'¢ Extreme dv/dt rated V R DS(on),max @ T J= 25°C â'¢ Lowest figure-of-merit R ON x Qg 900 42 nC â'¢ High peak current capability â'¢ Qualified according to JEDEC1) for target applications â'¢ Pb-free lead plating; RoHS compliant PG-TO220 â'¢ Ultra low gate charge CoolMOSâ"¢ 900V is designed for: â'¢ Quasi Resonant Flyback / Forward topologies â'¢ PC
Infineon Technologies
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9R800C

9R1K0c

Abstract: IPI90R1K0C3 CoolMOSâ"¢ Power Transistor Product Summary Features V DS @ T J=25°C 1.0 â"¦ Q g,typ â'¢ Extreme dv/dt rated V R DS(on),max @ T J= 25°C â'¢ Lowest figure-of-merit R ON x Qg 900 34 nC â'¢ High peak current capability â'¢ Qualified according to JEDEC1) for target applications â'¢ Pb-free lead plating; RoHS compliant PG-TO262 â'¢ Ultra low gate charge CoolMOSâ"¢ 900V is designed for: â'¢ Quasi Resonant Flyback / Forward topologies â'¢ PC
Infineon Technologies
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9R1K0c

skm 152 ga 123

Abstract: transistor 1502c ) Bidirectional switches Regenerative Braking Quasi resonant inverters (CSI) · · · · 1) 2) Series
SEMIKRON
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skm 152 ga 123 transistor 1502c semikron skm 152 ga 123 semikron skm 152 ga Diode semikron 103 skm 152 ga 1502Q 1502C

9R340C

Abstract: d92 02 IPW90R340C3 CoolMOSTM Power Transistor Features · Lowest figure-of-merit R ON x Qg · Extreme dv/dt rated · High peak current capability · Qualified according to JEDEC1) for target applications · Pb-free lead plating; RoHS compliant · Ultra low gate charge Product Summary V DS @ T J = 25°C R DS(on),max @ T J=25°C Q g,typ 900 0.34 93 V nC PG-TO247 CoolMOS C3 is designed for: · Quasi Resonant Flyback / Forward topologies · PC Silverbox and consumer applications Type IPW90R340C3 Package
Infineon Technologies
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9r34 D92 - 02

DIODE D28 08

Abstract: DIODE D28 04 IPA90R1K2C3 CoolMOS® Power Transistor Features · Lowest figure-of-merit R ON x Qg · Extreme dv/dt rated · High peak current capability · Qualified according to JEDEC1) for target applications · Pb-free lead plating; RoHS compliant · Ultra low gate charge Product Summary V DS @ T J=25°C R DS(on),max @T J=25°C Q g,typ 900 1.2 29 V nC PG-TO220 FP CoolMOS C3 is designed for: · Quasi Resonant Flyback / Forward topologies · PC Silverbox and consumer applications Type IPA90R1K2C3 Package
Infineon Technologies
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DIODE D28 04

9R800C

Abstract: IPA90R800C3 IPA90R800C3 CoolMOSTM Power Transistor Product Summary Features V DS @ T J=25°C 0.8 Q g,typ · Extreme dv/dt rated V R DS(on),max @ T J= 25°C · Lowest figure-of-merit R ON x Qg 900 42 nC · High peak current capability · Qualified according to JEDEC1) for target applications · Pb-free lead plating; RoHS compliant PG-TO220 FP · Ultra low gate charge CoolMOSTM 900V is designed for: · Quasi Resonant Flyback / Forward topologies · PC Silverbox and consumer
Infineon Technologies
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D41 marking

9R800C

Abstract: IPW90R800C3 IPW90R800C3 CoolMOSTM Power Transistor Product Summary Features V DS @ T J=25°C 0.8 Q g,typ · Extreme dv/dt rated V R DS(on),max @ T J= 25°C · Lowest figure-of-merit R ON x Qg 900 42 nC · High peak current capability · Qualified according to JEDEC1) for target applications · Pb-free lead plating; RoHS compliant PG-TO247 · Ultra low gate charge CoolMOSTM 900V is designed for: · Quasi Resonant Flyback / Forward topologies · PC Silverbox and consumer applications ·
Infineon Technologies
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9r340c

Abstract: IPI90R340C3 CoolMOSâ"¢ Power Transistor Product Summary Features V DS @ T J=25°C â'¢ Extreme dv/dt rated V R DS(on),max @T J=25°C â'¢ Lowest figure-of-merit R ON x Qg 900 0.34 â"¦ 94 nC Q g,typ â'¢ High peak current capability â'¢ Qualified according to JEDEC1) for target applications â'¢ Pb-free lead plating; RoHS compliant â'¢ Worldwide best R DS,on in TO262 (I2Pak) PG-TO262 â'¢ Ultra low gate charge CoolMOSâ"¢ 900V is designed for: â'¢ Quasi Resonant
Infineon Technologies
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9R800C

Abstract: IPA90R800C3 CoolMOSâ"¢ Power Transistor Product Summary Features V DS @ T J=25°C 0.8 â"¦ Q g,typ â'¢ Extreme dv/dt rated V R DS(on),max @ T J= 25°C â'¢ Lowest figure-of-merit R ON x Qg 900 42 nC â'¢ High peak current capability â'¢ Qualified according to JEDEC1) for target applications â'¢ Pb-free lead plating; RoHS compliant PG-TO220 FP â'¢ Ultra low gate charge CoolMOSâ"¢ 900V is designed for: â'¢ Quasi Resonant Flyback / Forward topologies â
Infineon Technologies
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9R120C

Abstract: IPW90R120C3 CoolMOSâ"¢ Power Transistor Product Summary Features V DS @ T J=25°C 0.12 â"¦ Q g,typ â'¢ Extreme dv/dt rated V R DS(on),max @ T J=25°C â'¢ Lowest figure-of-merit R ON x Qg 900 270 nC â'¢ High peak current capability â'¢ Qualified according to JEDEC1) for target applications â'¢ Pb-free lead plating; RoHS compliant â'¢ Worldwide best R DS,on in TO247 PG-TO247 â'¢ Ultra low gate charge CoolMOSâ"¢ 900V is designed for: â'¢ Quasi Resonant
Infineon Technologies
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PG-TO247-3

KA5Q0765RT

Abstract: ka5q0765 Quasi Resonant Converter Controller Auto-restart mode BLOCK DIAGRAM 3 + ­ Sync. REF. 5
Fairchild Semiconductor
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resh KA5Q0765* an

9R1K2C

Abstract: 1amj IPI90R1K2C3 CoolMOSTM Power Transistor Product Summary Features V DS @ T J=25°C 1.2 Q g,typ · Extreme dv/dt rated V R DS(on),max @T J=25°C · Lowest figure-of-merit R ON x Qg 900 28 nC · High peak current capability · Qualified according to JEDEC1) for target applications · Pb-free lead plating; RoHS compliant PG-TO262 · Ultra low gate charge CoolMOSTM 900V is designed for: · Quasi Resonant Flyback / Forward topologies · PC Silverbox and consumer applications ·
Infineon Technologies
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1amj

9R1K0c

Abstract: G-624 IPP90R1K0C3 CoolMOSTM Power Transistor Product Summary Features V DS @ T J=25°C 1.0 Q g,typ · Extreme dv/dt rated V R DS(on),max @ T J= 25°C · Lowest figure-of-merit R ON x Qg 900 34 nC · High peak current capability · Qualified according to JEDEC1) for target applications PG-TO220 · Pb-free lead plating; RoHS compliant · Ultra low gate charge CoolMOSTM 900V is designed for: · Quasi Resonant Flyback / Forward topologies · PC Silverbox and consumer applications ·
Infineon Technologies
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G-624 D33A

9R800C

Abstract: IPP90R800C3 IPP90R800C3 CoolMOSTM Power Transistor Product Summary Features V DS @ T J=25°C 0.8 Q g,typ · Extreme dv/dt rated V R DS(on),max @ T J= 25°C · Lowest figure-of-merit R ON x Qg 900 42 nC · High peak current capability · Qualified according to JEDEC1) for target applications · Pb-free lead plating; RoHS compliant PG-TO220 · Ultra low gate charge CoolMOSTM 900V is designed for: · Quasi Resonant Flyback / Forward topologies · PC Silverbox and consumer applications ·
Infineon Technologies
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9R1K0c

Abstract: IPW90R1K0C3 IPW90R1K0C3 CoolMOSTM Power Transistor Product Summary Features V DS @ T J=25°C 1.0 Q g,typ · Extreme dv/dt rated V R DS(on),max @ T J= 25°C · Lowest figure-of-merit R ON x Qg 900 34 nC · High peak current capability · Qualified according to JEDEC1) for target applications · Pb-free lead plating; RoHS compliant PG-TO247 · Ultra low gate charge CoolMOSTM 900V is designed for: · Quasi Resonant Flyback / Forward topologies · PC Silverbox and consumer applications ·
Infineon Technologies
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9R340C

Abstract: d92 02 diode IPW90R340C3 CoolMOSTM Power Transistor Product Summary Features V DS @ T J = 25°C · Extreme dv/dt rated V R DS(on),max @ T J=25°C · Lowest figure-of-merit R ON x Qg 900 0.34 94 nC Q g,typ · High peak current capability · Qualified according to JEDEC1) for target applications · Pb-free lead plating; RoHS compliant PG-TO247 · Ultra low gate charge CoolMOSTM 900V is designed for: · Quasi Resonant Flyback / Forward topologies · PC Silverbox and consumer applications ·
Infineon Technologies
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9r340 d92- 02

9r340

Abstract: IPP90R340C3 CoolMOSâ"¢ Power Transistor Product Summary Features V DS @ T J=25°C â'¢ Extreme dv/dt rated V R DS(on),max @T J=25°C â'¢ Lowest figure-of-merit R ON x Qg 900 0.34 â"¦ 94 nC Q g,typ â'¢ High peak current capability â'¢ Qualified according to JEDEC1) for target applications â'¢ Pb-free lead plating; RoHS compliant PG-TO220 â'¢ Worldwide best R DS,on in TO220 â'¢ Ultra low gate charge CoolMOSâ"¢ 900V is designed for: â'¢ Quasi Resonant
Infineon Technologies
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9R120C

Abstract: IPW90R120C3 IPW90R120C3 CoolMOSTM Power Transistor Product Summary Features V DS @ T J=25°C 0.12 Q g,typ · Extreme dv/dt rated V R DS(on),max @ T J=25°C · Lowest figure-of-merit R ON x Qg 900 270 nC · High peak current capability · Qualified according to JEDEC1) for target applications · Pb-free lead plating; RoHS compliant · Worldwide best R DS,on in TO247 PG-TO247 · Ultra low gate charge CoolMOSTM 900V is designed for: · Quasi Resonant Flyback / Forward topologies ·
Infineon Technologies
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