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Part Manufacturer Description PDF & SAMPLES
CS4344-DZZR Cirrus Logic Converters - Digital to Analog (DAC) IC 10-pin 24Bit 192kHz Stereo DAC
CS5511-ASZR Cirrus Logic Converters - Analog to Digital (ADC) IC 16-Bit 8-Pin Delta Sigma ADC
CS5510-ASZR Cirrus Logic Converters - Analog to Digital (ADC) IC 16-Bit 8-Pin Delta Sigma ADC
CS5513-BSZR Cirrus Logic Converters - Analog to Digital (ADC) IC 20-Bit 8-Pin Delta Sigma ADC
CDB4245 Cirrus Logic Evaluation, Design Tools Eval Bd 192kHz CODEC w/PGA & Input Mux
CS4348-CZZR Cirrus Logic Converters - Digital to Analog (DAC) IC 10-pin 24Bit 192kHz Stereo DAC

"7 pin" on 12v

Catalog Datasheet MFG & Type PDF Document Tags
Abstract: Removal from a Live PCI Slot Works on either a Motherboard or CompactPCITM Card Controls ­12V, 3.3V , prevents the switches from turning on while the 12VIN pin voltage is less than 9V. VEEIN (Pin 2): ­ 12V , or the ON pin pulled low, the GATE pin is pulled high by a 50uA current source and the internal 12V and ­ 12V switches are turned on. When the ON pin is pulled low or the ON pin pulled high, the GATE , set by the TIMER pin capacitance, the undervoltage lockout circuit on 3.3V, 5V or 12V trips or Linear Technology
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LTC1643H LTC1643L LTC1643 IRF7413 LTC1643HCGN LTC1643LCGN LTC1643L/LTC1643H 1N4148 9410DY
Abstract: FUNCTIONS the ON pin pulled low, the GATE pin is pulled high by a 62uA current source and the internal 12V and ­ 12V switches are turned on. When the ON pin is pulled low or the ON pin pulled high, the GATE , circuit on 3.3V, 5V or 12V trips or the FAULT pin is pulled low, the GATE pin is immediately pulled to , because the PWRGD signal does not depend on ±12V outputs. 2. Controls all four PCI supplies: ­12V, 12V , . ­12V and 12V power switches on chip. 7. Power good output: monitors the voltage status of the four Linear Technology
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LTC1643AL LTC1643AH LTC1643AL-1 643AHI 643al-1 643ALI LTC1643A LTC1643AL-1/LTC1643AH LTC1643AL/LTC1643AL-1 LTC1643AL/
Abstract: FUNCTIONS the ON pin pulled low, the GATE pin is pulled high by a 62uA current source and the internal 12V and ­ 12V switches are turned on. When the ON pin is pulled low or the ON pin pulled high, the GATE , circuit on 3.3V, 5V or 12V trips or the FAULT pin is pulled low, the GATE pin is immediately pulled to , because the PWRGD signal does not depend on ±12V outputs. 2. Controls all four PCI supplies: ­12V, 12V , . ­12V and 12V power switches on chip. 7. Power good output: monitors the voltage status of the four Linear Technology
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LT1641-1/LT1641-2 LTC1642 LTC1644 LTC1645 LTC1646 LTC1647
Abstract: high by a 50uA current source and the internal 12V and ­ 12V switches are turned on. When the ON pin , source and the 12V and ­ 12V switches turned off. The ON/ON pin is also used to reset the electronic , period set by the TIMER pin capacitance, the undervoltage lockout circuit on 3.3V, 5V or 12V trips or , high on the LTC1643H and LTC1643L. 12VOUT (Pin 16): 12V Supply Output. A 0.5 switch is connected , used because the PWRGD signal does not depend on ±12V outputs. 2. Controls all four PCI supplies Linear Technology
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LTC1643L-1 LTC4250 A 1643 current limit switch 12V LT1643 LTC1643L/LTC1643L-1/LTC1643H LTC1643L/LTC1643L-1 LTC1422 LT1640A LT1641
Abstract: high by a 50uA current source and the internal 12V and ­ 12V switches are turned on. When the ON pin , source and the 12V and ­ 12V switches turned off. The ON/ON pin is also used to reset the electronic , period set by the TIMER pin capacitance, the undervoltage lockout circuit on 3.3V, 5V or 12V trips or , high on the LTC1643H and LTC1643L. 12VOUT (Pin 16): 12V Supply Output. A 0.5 switch is connected , used because the PWRGD signal does not depend on ±12V outputs. 2. Controls all four PCI supplies Linear Technology
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BZX84C15 sot-23 LTC4211 LTC4230 LTC4251 LTC4252
Abstract: high by a 50uA current source and the internal 12V and ­ 12V switches are turned on. When the ON pin , source and the 12V and ­ 12V switches turned off. The ON/ON pin is also used to reset the electronic , period set by the TIMER pin capacitance, the undervoltage lockout circuit on 3.3V, 5V or 12V trips or , high on the LTC1643H and LTC1643L. 12VOUT (Pin 16): 12V Supply Output. A 0.5 switch is connected , used because the PWRGD signal does not depend on ±12V outputs. 2. Controls all four PCI supplies Linear Technology
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Abstract: Input Single out Vout/Iout ±12V/±85mA ±15V/±70mA 5V/500mA 12V/250mA 5V/500mA 12V/250mA 5V/500mA 12V/250mA ±5V/250mA ±12V/125mA ±5V/250mA ±12V/125mA ±5V/250mA ±12V/125mA 5V/1000mA 12V/416mA 15V/333mA 5V/1000mA 12V/416mA 15V/333mA 5V/1000mA 12V/416mA 15V/333mA 5V/1000mA 12V/416mA 15V/333mA ±5V/500mA ±12V/208mA ±15V/165mA ±5V/500mA ±12V/208mA ±15V/165mA ±5V/500mA +12V/208mA ±15V/165mA ±5V/500mA +12V/208mA ±15V/165mA 5V/1000mA 12V/500mA 15V/400mA 5V/1000mA 12V/500mA 15V/400mA 5V/1000mA 12V/500mA 15V/400mA -
OCR Scan
BWS2405 RWD2412H RWD2412 RWT2405-12H MWT4805-15 MWT2405-15 BRD512 BRD515 BWS1205 BWS1212 BWS2412
Abstract: source and the internal 12V and ­ 12V switches are turned on. When the ON pin is pulled low or the ON , 12V switches turned off. The ON/ON pin is also used to reset the electronic circuit breaker. If the , and ­12V switches are turned off. The chip will remain latched in the off state until the ON/ON pin , lockout circuit on 3.3V, 5V or 12V trips or the FAULT pin is pulled low, the GATE pin is immediately , signal can go high on the LTC1643H and LTC1643L. 12VOUT (Pin 16): 12V Supply Output. A 0.5 switch is Linear Technology
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LT1117 1SMA12CAT3 LTC1421 LT1640
Abstract: high by a 50ÂuA current source and the internal 12V and â'" 12V switches are turned on. When the ON , current source and the 12V and â'" 12V switches turned off. The ON/ON pin is also used to reset the , inhibit period set by the TIMER pin capacitance, the undervoltage lockout circuit on 3.3V, 5V or 12V , PWRGD signal does not depend on ±12V outputs. 2. Controls all four PCI supplies: â'"12V, 12V, 3.3V , 12V power switches on chip. 7. Power good output: monitors the voltage status of the four supply Linear Technology
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Abstract: the internal 12V and ­ 12V switches are turned on. When the ON pin is pulled low or the ON pin pulled , ­12V switches are turned off. The chip will remain latched in the off state until the ON/ON pin is , undervoltage lockout circuit on 3.3V, 5V or 12V trips or the FAULT pin is pulled low, the GATE pin is , high on the LTC1643H and LTC1643L. 12VOUT (Pin 16): 12V Supply Output. A 0.5 switch is connected , power-up time is programmable using the TIMER pin. 6. ­12V and 12V power switches on chip. 7. Power good Linear Technology
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icp circuit
Abstract: source and the internal 12V and ­ 12V switches are turned on. When the ON pin is pulled low or the ON , 12V switches turned off. The ON/ON pin is also used to reset the electronic circuit breaker. If the , TIMER pin capacitance, the undervoltage lockout circuit on 3.3V, 5V or 12V trips or the FAULT pin is , LTC1643AL-1 should be used because the PWRGD signal does not depend on ±12V outputs. 2. Controls all , using the TIMER pin. 6. ­12V and 12V power switches on chip. 7. Power good output: monitors the Linear Technology
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5V 5A voltage regulator LT4250
Abstract: current source and the internal 12V and â'" 12V switches are turned on. When the ON pin is pulled low or the ON pin pulled high, the GATE pin will be pulled to ground by a 200ÂuA current source and the 12V and â'" 12V switches turned off. The ON/ON pin is also used to reset the electronic circuit breaker , period set by the TIMER pin capacitance, the undervoltage lockout circuit on 3.3V, 5V or 12V trips or , '"10.8V before the PWRGD signal can go high on the LTC1643AH and LTC1643AL. 12VOUT (Pin 16): 12V Supply Linear Technology
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Abstract: high by a 50uA current source and the internal 12V and ­ 12V switches are turned on. When the ON pin , source and the 12V and ­ 12V switches turned off. The ON/ON pin is also used to reset the electronic , TIMER pin capacitance, the undervoltage lockout circuit on 3.3V, 5V or 12V trips or the FAULT pin is , used because the PWRGD signal does not depend on ±12V outputs. 2. Controls all four PCI supplies , TIMER pin. 6. ­12V and 12V power switches on chip. 7. Power good output: monitors the voltage status Linear Technology
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Abstract: 12v/25mA 9 8 -12v/2.1A 3 6 NOTE: Pins 1 & 2 and Pins 3 & 4 to be connected on customer , Transformer PB2187 Vin=36-75v, Freq.=225kHz 24 Vout=12v/1.7A, 15v/20mA EFD 15 - 12 PIN SMT - (22.2MM X 17.2MM , =34-75v, Freq.=555kHz Vout=3.3v/6A, 12v/25mA EFD 20 - 8 PIN THT - (21.0MM X 21.0MM X 13.0MM) 80W Forward Transformer PA1040 14 Vin=30-57v, Freq.=250kHz Vout=12v/5A, -12v/1.6A, 12v/0.1A EFD 20 - 10 PIN SMT - (26.2MM , .=250kHz 16 Vout=12v/4.5A, 12v/0.1A 13W Flyback Transformer PA0751 Vin=25-75v, Freq.=250kHz 26 Vout=3.3v/4.5A Pulse Engineering
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EFD20 - TRANSFORMER efd-25 transformer EFD15 EFD20 EFD25 PA0476 PA0691 PA1039
Abstract: 12v/0.1A -12v/2.1A 6 7 NOTE: Pins 1 & 2 and Pins 3 & 4 to be connected on customer PCB , & 5 to be connected on customer PCB PB2157 10 +3.3v/3.5A 12v/0.1A 12 6 11 , 8 7 6 -12v/1A 12 3 2 11 NOTE: Pins 10 & 11, Pins 8 & 9 to be connected on , (21.6MM X 16.3MM X 8.4MM) 15W Flyback Transformer PB2187 Vin=36-75v, Freq.=225kHz 24 Vout=12v/1.7A , , 12v/25mA 12 16 650Vdc Operational 38 @ 2.2A 0.6 190 410 50 N/A 3 7 Pulse Engineering
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forward TRANSFORMER 15w 12v transformer efd15 5v 2a transformer 12v 6A transformer flyback transformer flyback 5v 2a transformer PA1067 F-39270
Abstract: 5 6 4 9 7 +12v/3A NOTE: Pins 2, 3 & 4 and Pins 9, 10 & 11 to be connected on customer , Transformer PB2187 Vin=36-75v, Freq.=225kHz 24 Vout=12v/1.7A, 15v/20mA EFD 15 - 12 PIN SMT - (22.2MM X 17.2MM , =34-75v, Freq.=555kHz Vout=3.3v/6A, 12v/25mA EFD 20 - 8 PIN THT - (21.0MM X 21.0MM X 13.0MM) 80W Forward Transformer 14 Vin=30-57v, Freq.=250kHz Vout=12v/5A, -12v/1.6A, 12v/0.1A EFD 20 - 10 PIN SMT - (26.2MM X , Vout=12v/4.5A, 12v/0.1A 13W Flyback Transformer PA0751 Vin=25-75v, Freq.=250kHz 26 Vout=3.3v/4.5A, 15v Pulse Engineering
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transformer 3A 80w flyback PA104 PB2003 PA0273 PA0397 PA0302 PA0700 D-71083
Abstract: +12v/3A 10 9 NOTE: Pins 2, 3 & 4 and Pins 9, 10 & 11 to be connected on customer PCB EFD , Primary 12v 10 +48v/1.5A 9 NOTE: Pins 9 and 10 to be connected on customer PCB 7 USA 858 , ) 15W Flyback Transformer PB2187NL Vin=36-75v, Freq.=225kHz 24 Vout=12v/1.7A, 15v/20mA EFD 15 - 12 , /10mA10v/20mA 20W Forward Transformer PA1067NL 12 Vin=34-75v, Freq.=555kHz Vout=3.3v/6A, 12v/25mA , 21.0MM X 13.0MM) 80W Forward Transformer PA1040NL 14 Vin=30-57v, Freq.=250kHz Vout=12v/5A, -12v/1.6A Pulse Engineering
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flyback transformer 12v dc 10 pin flyback transformer schematics 12 pin flyback transformer 10 pin flyback transformer PA0769NL 12V 1A Transformer specification PA0476NL PA0691NL PA1039NL 1500V SPM2007 PB2041
Abstract: (-12v Sec) 5.5 112 (3.3v Sec) (2.2v Sec) 12 4.5 N/A N/A (Transformers continued on next page) USA , 12v/25mA 9 8 -12v/2.1A 3 6 NOTE: Pins 1 & 2 and Pins 3 & 4 to be connected on customer , Transformer PB2187 Vin=36-75v, Freq.=225kHz 24 Vout=12v/1.7A, 15v/20mA EFD 15 - 12 PIN SMT - (22.2MM X 17.2MM , =34-75v, Freq.=555kHz Vout=3.3v/6A, 12v/25mA EFD 20 - 8 PIN THT - (21.0MM X 21.0MM X 13.0MM) 80W Forward Transformer PA1040 14 Vin=30-57v, Freq.=250kHz Vout=12v/5A, -12v/1.6A, 12v/0.1A EFD 20 - 10 PIN SMT - (26.2MM Pulse Engineering
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EFD15 5v flyback flyback PCB layout 12v 6A flyback 6 pin pulse transformer EFD TRANSFORMER
Abstract: to be connected on customer PCB RESET 2 3 34-75v 3.3v/6A 12, 11,10 9, 8, 7 4 5 AUX 12v , -12v/2.1A 3 6 NOTE: Pins 1 & 2 and Pins 3 & 4 to be connected on customer PCB 7 8 6 , 12 Primary 12v 4 5 6 10 +48v/1.5A 9 7 5 9 NOTE: Pins 9 and 10 to be connected on , Transformer PB2187NL Vin=36-75v, Freq.=225kHz 24 Vout=12v/1.7A, 15v/20mA EFD 15 - 12 PIN SMT - (22.2MM X , PA1067NL 12 Vin=34-75v, Freq.=555kHz Vout=3.3v/6A, 12v/25mA EFD 20 - 8 PIN THT - (21.0MM X 21.0MM X 13.0MM Pulse Engineering
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PB2003NL PA0273NL PB2089 PB2134 PB2042
Abstract: =3.3v/3.5A, 12v/0.1A 5.5 112 (3.3v Sec) (2.2v Sec) (Transformers continued on next page) US 858 674 , connected on customer PCB 1,2 Primary 36-75v -12v/1.6A 4 9 7.5v/0.01A 1 PB2003 2 , 4 5 5v/4.5A 8 AUX 12v/25mA 6 (EFD 20 Schematics continued on next page) US 858 674 , 11 +12v/3A 10 9 PR EL NOTE: Pins 2, 3 & 4 and Pins 9, 10 & 11 to be connected on , /11A 4 5 6 12 Primary 12v 10 +48v/1.5A 9 NOTE: Pins 9 and 10 to be connected on Pulse Engineering
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efd-15 transformer 15v 6A transformer PA0769 PA030 EFD 25 TRANSFORMER 7 pin flyback transformer
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