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VJ0805A471KXXAT Datasheets Context Search

Catalog Datasheet	Type	Document Tags	PDF
P8208 Abstract: MMSD4148 LM5020 MMSD4148 VISHAY C4532X7R1E106M ILHP-5050FD-222 Contextual Info: National Semiconductor LM5020 June 2006 1.0 Design Specifications Inputs Outputs #1 VinMin=6 Vout1=20 VinMax=20 Iout1=5 2.0 Design Description The LM5020 is employed here to design a Boost power supply where the input voltage rail is stepped up to create the	Original	LM5020 LM5020 CSP-9-111S2) CSP-9-111S2. P8208 MMSD4148 MMSD4148 VISHAY C4532X7R1E106M ILHP-5050FD-222	PDF
RLF7045T Abstract: led tail light pwm dimming RLF7045 capacitor 100nf 25v 0805 datasheet LM5010 lm321 vishay resistor C4532X7R2A105M AQY221N2S LMV321 Contextual Info: 1-12-05 Rev. 1 LM5010 Brake-Tail LED Drive U1 SW LED1 VIN Vcc CB D1 BST LM5010 CO Tail D3 L1 To Cff RESR ISEN + C IN VCC RON CF1 D2 D4 RON/SD Brake CSS SGND SS RTN FB Vout CFF RFF Vcc U2 RSET RI + - CF2 LM321 RTAIL RBRAKE Q1 PhotoMOS RPHD Theory of Operation	Original	LM5010 LM5010 LM321 300mA. 900mA. voltageA106M VJ0805Y104KXXAT VJ0805Y102KXXAT VJ0805A471KXXAT CRCW08051R00F RLF7045T led tail light pwm dimming RLF7045 capacitor 100nf 25v 0805 datasheet lm321 vishay resistor C4532X7R2A105M AQY221N2S LMV321	PDF
LM5010 Abstract: LMV321 led tail light pwm dimming rbrake Contextual Info: 1.0 Design Specifications Inputs Outputs #1 VinMin=8.0 V Vout1=2.5 V VinMax=40.0 V Iout1=0.9 A ensures that a 'Brake' input supercedes a 'Tail' input. The LM5010 can withstand inputs voltages of up to 75V. This circuit does not need additional protection from 'load dump'	Original	LM5010 100Hz CSP-9-111S2) CSP-9-111S2. LM5010 LMV321 led tail light pwm dimming rbrake	PDF
LM5020 Abstract: NSC03 Vitramon 35MV330WX MBRS360 VJ0805Y474KXXAT DO5022P-223 SI4894DY CRCW08054990FRT6 Contextual Info: National Semiconductor LM5020 June 2006 1.0 Design Specifications Inputs Outputs #1 VinMin=12 Vout1=26 VinMax=12 Iout1=1.5 2.0 Design Description The LM5020 is employed here to design a Boost power supply where the input voltage rail is stepped up to create the	Original	LM5020 LM5020 CSP-9-111S2) CSP-9-111S2. NSC03 Vitramon 35MV330WX MBRS360 VJ0805Y474KXXAT DO5022P-223 SI4894DY CRCW08054990FRT6	PDF
C4532X7R2A225M Abstract: LM5020 Vitramon C3225X5R1C106M C4532X7R2A225 C3225X7R1H335M MURS120 MURS240 NSC0288 DALE Contextual Info: National Semiconductor LM5020 June 2006 1.0 Design Specifications Inputs Outputs #1 Outputs #2 Outputs #3 VinMin=10.8 Vout1=100 Vout2=-36 Vout3=-52 VinMax=13.2 Iout1=0.035 Iout2=0.04 Iout3=.045 2.0 Design Description The LM5020 PWM controller is used here to design a low	Original	LM5020 LM5020 CSP-9-111S2) CSP-9-111S2. C4532X7R2A225M Vitramon C3225X5R1C106M C4532X7R2A225 C3225X7R1H335M MURS120 MURS240 NSC0288 DALE	PDF
LM2727 Abstract: C3225X5R1C106K MBR0520 16MV470 16MV470WG Contextual Info: 1.0 Design Specifications Inputs Outputs #1 VinMin=10 Vout1=2.5 VinMax=13.2 Iout1=5 2.0 Design Description The design uses a LM2727 synchronous controller utilizing external high side and low side N-channel MOSFETs operating at 600kHz. Operating the high frequency aids in minimizing the component size, thus resulting in overall smaller	Original	LM2727 600kHz. CSP-9-111S2) CSP-9-111S2. LM2727 C3225X5R1C106K MBR0520 16MV470 16MV470WG	PDF