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50GD120

Contextual Info: SIGC81T120R2C IGBT Chip in NPT-technology Features: • 1200V NPT technology  low turn-off losses  positive temperature coefficient  easy paralleling  integrated gate resistor This chip is used for:  power module BSM 50GD120DN2 C Applications:

Contextual Info: SIGC81T120R2C IGBT Chip in NPT-technology Features: • 1200V NPT technology  low turn-off losses  positive temperature coefficient  easy paralleling  integrated gate resistor This chip is used for:  power module BSM 50GD120DN2 C Applications:

75GD120DN2

Abstract: BSM75GD120DN2
Contextual Info: SIGC121T120R2C IGBT Chip in NPT-technology Features: • 1200V NPT technology  low turn-off losses  short tail current  positive temperature coefficient  easy paralleling  integrated gate resistor Chip Type VCE SIGC121T120R2C 1200V This chip is used for:

Contextual Info: SIGC156T120R2C IGBT Chip in NPT-technology Features: • 1200V NPT technology  low turn-off losses  short tail current  positive temperature coefficient  easy paralleling  integrated gate resistor Chip Type VCE This chip is used for:  power module

Contextual Info: SIGC156T120R2C IGBT Chip in NPT-technology Features: • 1200V NPT technology  low turn-off losses  short tail current  positive temperature coefficient  easy paralleling  integrated gate resistor Chip Type VCE This chip is used for:  power module

48 volt 25 amp smps circuit diagram

Abstract: B2X84 80a rectifier charger 80a charger transformer tl431,3 pin driver smps ic regulation using optoisolator feedback TL431 transistor 3C85 Core 12 volt 10 amp smps circuit diagram pc40 core
Contextual Info: MC33364 Advance Information Critical Conduction GreenLine SMPS Controller The MC33364 series are variable frequency SMPS controllers that operate in the critical conduction mode. They are optimized for high density power supplies requiring minimum board area, reduced

EF20-3C85

Abstract: FPH1 TL431 current limit half bridge TL431 CRITICAL CONDUCTION MODE flyback MBRD360
Contextual Info: MC33364 Critical Conduction GreenLine SMPS Controller The MC33364 series are variable frequency SMPS controllers that operate in the critical conduction mode. They are optimized for high density power supplies requiring minimum board area, reduced component count, and low power dissipation. Integration of the high

48 volt 25 amp smps circuit diagram

Abstract: 48 volt 150 amp smps circuit diagram 940W CRITICAL CONDUCTION MODE flyback
Contextual Info: MC33364 Critical Conduction GreenLine SMPS Controller The MC33364 series are variable frequency SMPS controllers that operate in the critical conduction mode. They are optimized for high density power supplies requiring minimum board area, reduced component count, and low power dissipation. Integration of the high

12 volt 10 amp smps circuit diagram

Abstract: 48 volt 25 amp smps circuit diagram input 220 volts 12 VOLT 10 AMP smps controller 12 VOLT 10 AMP smps controller circuit diagram of 12 volt smps power supply 1.25 volt 0.25 amp smps circuit diagram MC33364 OPTO MOC8102 AN1594 MC33364D
Contextual Info: MC33364 Advance Information Critical Conduction GreenLine SMPS Controller The MC33364 series are variable frequency SMPS controllers that operate in the critical conduction mode. They are optimized for high density power supplies requiring minimum board area, reduced

48 volt 25 amp smps circuit diagram

Abstract: 40 volt output smps reference design TL431 bsc flyback universal OPTO MOC8102 s380 AN1594 MC33364 MC33364D MC33364D1
Contextual Info: MC33364 Critical Conduction GreenLine SMPS Controller The MC33364 series are variable frequency SMPS controllers that operate in the critical conduction mode. They are optimized for high density power supplies requiring minimum board area, reduced component count, and low power dissipation. Integration of the high

48 volt 25 amp smps circuit diagram

Abstract: 12 volt 10 amp smps circuit diagram EMI filter mf 420 TL431 OPTO MOC8102 MOC8102 127Vac
Contextual Info: Back MC33364 Critical Conduction GreenLine SMPS Controller The MC33364 series are variable frequency SMPS controllers that operate in the critical conduction mode. They are optimized for high density power supplies requiring minimum board area, reduced

48 volt 25 amp smps circuit diagram

Abstract: B2X84 b2x84c 12 VOLT 10 AMP smps controller 3C85 Core 12 volt 10 amp smps circuit diagram B2X84C5V1LT1 EF20-3C85 ef20 pc40 40 volt output smps reference design
Contextual Info: MC33364 Critical Conduction GreenLine SMPS Controller The MC33364 series are variable frequency SMPS controllers that operate in the critical conduction mode. They are optimized for high density power supplies requiring minimum board area, reduced component count, and low power dissipation. Integration of the high

48 volt 25 amp smps circuit diagram

Abstract: 12 volt 10 amp smps circuit diagram universal smps diagrams MC33364 48 volt 150 amp smps circuit diagram AN1594 MC33364D MC33364D2 EF20-3C85 12 VOLT 150 AMP smps
Contextual Info: MC33364 Critical Conduction GreenLine SMPS Controller The MC33364 series are variable frequency SMPS controllers that operate in the critical conduction mode. They are optimized for high density power supplies requiring minimum board area, reduced component count, and low power dissipation. Integration of the high

48 volt 25 amp smps circuit diagram

Abstract: input 220 volts 12 VOLT 10 AMP smps controller 12 VOLT 10 AMP smps circuit diagrams 80a rectifier charger 12 VOLT 10 AMP smps controller 12 VOLT 150 AMP smps transformer 12 volt 150 amp smps PC40 core free diagram for 380 volt line to 220 vo transformer 12v/1amp
Contextual Info: MC33364 Advance Information Critical Conduction GreenLine SMPS Controller The MC33364 series are variable frequency SMPS controllers that operate in the critical conduction mode. They are optimized for high density power supplies requiring minimum board area, reduced

SMPS PHOENIX CONTACT MAKE CATALOGUE

Abstract: 751K-01 bsc flyback universal OPTO MOC8102 MC33364 MC33364D MC33364D1 MC33364D1G MC33364D1R2 MC33364D1R2G
Contextual Info: MC33364 Critical Conduction GreenLinet SMPS Controller The MC33364 series are variable frequency SMPS controllers that operate in the critical conduction mode. They are optimized for high density power supplies requiring minimum board area, reduced component count, and low power dissipation. Integration of the high

AN1594

Abstract: TL431 B2X84 bsc flyback universal MC33364 MC33364D MC33364D1 MC33364D1G MC33364D1R2 MC33364D1R2G
Contextual Info: MC33364 Critical Conduction GreenLinet SMPS Controller The MC33364 series are variable frequency SMPS controllers that operate in the critical conduction mode. They are optimized for high density power supplies requiring minimum board area, reduced component count, and low power dissipation. Integration of the high

OPTO tl431

Abstract: transformer 12v/1amp AN1594 tl431 CONSTANT CURRENT 3C85 Core TL431 bsc flyback universal philips capacitor 47 uF 400V s380 rectifier TR TL431
Contextual Info: MC33364 Critical Conduction GreenLinet SMPS Controller The MC33364 series are variable frequency SMPS controllers that operate in the critical conduction mode. They are optimized for high density power supplies requiring minimum board area, reduced component count, and low power dissipation. Integration of the high

intel 845 MOTHERBOARD pcb CIRCUIT diagram

Abstract: 200D6 SMD DIP-8 marking code E5 SMD ic sot23-5 4256 bwp TRANSISTOR SMD 6CW TL494 car charger schematic diagram SMD 6cw LM385 1.25V zener 6cw smd code marking mc7812a
Contextual Info: DL128/D Rev. 7, Mar-2002 Analog Integrated Circuits Power Management, Signal Conditioning and ASSP Devices Literature Fulfillment: Literature Distribution Center for ON Semiconductor P.O. Box 5163, Denver, Colorado 80217 USA Phone: 303-675-2175 or 800-344-3860 Toll Free USA/Canada

PD70201

Abstract: theory on Isolation Amplifier "Power over Ethernet"
Contextual Info: PD70101 & PD70201 TM PD70101 / PD70201: IEEE 802.3 af/at Power Over Ethernet PD Controller P RELIMINARY D ATA S HEET KEY FEATURES GENERAL DESCRIPTION • The PD70101 and PD70201 are integrated Powered Device Interface and PWM controllers for a DC-DC converter

Contextual Info: ACT520 Rev PrB, 11-Dec-14 Preliminary Product Information―All Information Subject to Change ActiveQRTM Quasi-Resonant PWM Controller FEATURES good margin. • DCM and Quasi-Resonant Operation ACT520 integrates comprehensive protection. In case of over temperature, over voltage, short

cpu motherboard repair Chip level

Abstract: 8259 programmable interval timer Ami BIOS beep codes Award BIOS beep codes ami bios post code amikey dell cmos bios amibcp POST code AMI BIOS megakey
Contextual Info: Catalogue ⒈Synopsis…………………………………………………………………………………………… ⒉Obligatory contents………………………………………………………………………………… ⒊Hexadecimal character table……………………………………………………………………….

STR-F6514

Abstract: STR-F6654 EQUIVALENT schematic diagram power supply str f6654 STR-F6524 STRF6523 STR-F6656 EQUIVALENT STR-F6523 schematic diagram power supply str f6656 STR-F6656 STR-F6654
Contextual Info: Preliminary Product Specification - 12th September, 1997. STR-F6600 Series ««* * / f l l •i• ■i rr i m_ ri -«««*■- _ M icrosystems E urope Ltd. c — u > n n f \ ie n SNIPS PRIMARY 1C. Advantages i i > ■ Gmtìtj Redated P arts Count A nd »dw Rated MOSFET

Contextual Info: ACT412 Rev 1, 30-Oct-13 ActivePSRTM Quasi-Resonant PWM Controller FEATURES mode including cycle-by-cycle current limiting. • Patented Primary Side Regulation ACT412 is to achieve no overshoot and very short rise time even with big capacitive load 10000µF

1000w inverter PURE SINE WAVE schematic diagram

Abstract: 1000w inverter PURE SINE WAVE schematic diagram smps 500w half bridge SCHEMATIC 1000w Power Semiconductor Applications Philips Semiconductors SCHEMATIC 1000w smps smps circuit diagram 48V SMPS 1000w "Power Semiconductor Applications" Philips BU2508 Transistor 500w SINE WAVE inverter schematic diagram smps 1kW
Contextual Info: S.M.P.S. Power Semiconductor Applications Philips Semiconductors CHAPTER 2 Switched Mode Power Supplies 2.1 Using Power Semiconductors in Switched Mode Topologies including transistor selection guides 2.2 Output Rectification 2.3 Design Examples 2.4 Magnetics Design