VJ0805S Search Results

FDS6375

Abstract: CDRH104R-2R5 1N5819HW MIC2193 MIC2193BM NDS8425 Si4403DY Si4866DY R012F
Contextual Info: Application Hint 70 MIC2193 3.3V to 2.5V/5A with Ceramic Cout Application Circuit By Steven Chenetz General Description The MIC2193 is a 400kHz Synchronous Buck controller that uses a P-channel high-side FET. It has the advantage of running at 100% duty cycle high-side Fet

mosfet 1208

Abstract: LM2633MTD MTD48 T510E108M004AS 25SP56M AN-1208 LM2633 CRCW08052612F
Contextual Info: National Semiconductor Application Note 1208 July 2001 Notes 4. The board shuts down after a VID bit is toggled on the DIP switch; Do not change the Ch1 voltage setting on the fly using the DIP switch. Instead, set the corresponding DIP VID bits to float, and then use a signal generator to toggle the

VJ0603S

Abstract: GRM188R61A475KE19D S1010 1N5819HW CEP125-2R8MC-H MIC2198 SD103BWS VJ0603Y222KXAAT
Contextual Info: MIC2198 Evaluation Board Micrel MIC2198 Evaluation Board 500kHz SO-8 Synchronous Buck Control IC Introduction Quick-Start Guide Refer to Figure 1 for the following: 1. Connect the positive terminal from the power supply to VIN post J1 on the MIC2198 evaluation board.

MIC2194BM

Abstract: Dale WSL B530 C2012 GRM21BR71C105KA01B MIC2194 Si4403DY power capacitor vishay
Contextual Info: MIC2194 Evaluation Board Micrel MIC2194 Evaluation Board 400kHz SO-8 Buck Control IC Introduction Quick-Start Guide Refer to Figure 1 for the following: 1. Connect the positive terminal from the power supply to VIN post J1 on the MIC2194 evaluation board.

MIC2198

Abstract: SD103BWS 1N5819HW CEP125-2R8MC-H rectifire
Contextual Info: MIC2198 Evaluation Board Micrel MIC2198 Evaluation Board 500kHz SO-8 Synchronous Buck Control IC Introduction Quick-Start Guide Refer to Figure 1 for the following: 1. Connect the positive terminal from the power supply to VIN post J1 on the MIC2198 evaluation board.

Contextual Info: User's Guide SNVA043B – July 2001 – Revised May 2013 AN–1208 LM2633 Evaluation Board 1 Specifications Input Voltage: 5 V to 24 V don't go above 24 V because input capacitors are rated for 25 V only Continuous Load Current: Ch1 = 16A Ch2 = 5A Ch3 = 300 mA

25SP56M

Abstract: AN-1208 LM2633 LM2633MTD MTD48 T510E108M004AS
Contextual Info: National Semiconductor Application Note 1208 July 2001 NOTES 1. When a DIP switch slide is ON, the signal whose label appears beside that slide is grounded; 2. Much flexibility is built into the board. For example, it is possible to use a dual SO-8 FET in Ch2, it is possible to

vishay zener diode 1A 30v

Abstract: LM4041CYM3-ADJ VJ0603Y102KXAMT C3216X7R1H106 grm32df51h106za01 VJ0805Y102KXAMT shunt R010 BC846AMTF CDR7D43MN-4R7NC BC846A
Contextual Info: MIC2196 LED Driver Evaluation Board Boost LED Driver w/PWM DIM Control General Description The MIC2196 current mode boost controller is used to implement a LED Driver with PWM DIM control Figure 1 . The LED series string is pulsed on and off by the PWM DIM input signal to provide true PWM dimming. When

B540 diode

Abstract: WSL2512R010F CRCW08051000FRT1 CRCW08051002FRT1 SS53 SI4888DY B540 CEP125-4R0MC-H CRCW08051003FRT1 CRCW08053321FRT1
Contextual Info: MIC2196 Evaluation Board Micrel MIC2196 Evaluation Board 400kHz SO-8 Boost Control IC Quick-Start Guide Refer to Figure 1 for the following: 1. Connect the positive terminal from the power supply to VIN post J1 on the MIC2196 evaluation board. 2. Connect the GND terminal of the input power

Amp. mosfet 1000 watt

Abstract: A01B Capacitor 0.1uF 50V vishay bc SUM70N04-07L Amp. mosfet 800 watt pulse amplifier bc 847 MIC2196 high current fet amplifier schematic 533422B02552 SBL1645CTDI-ND
Contextual Info: Application Note 53 180 Watt Boost Converter By Mark Ziegenfuss General Description The MIC2196 controller is used to implement a non26V set by the R3 and R10 divider . The output current is isolated boost converter (Fig. 1). A boost converter has a 7 amps max. The maximum input voltage to the MIC2196

IFR7821

Abstract: IFR7821-TR R013F power supply cuk GRM31CR61E106K B320A CRCW08050000FRT1 WSL-2010-R013-F MIC2196 MIC6211-BM5
Contextual Info: MIC2196 CUK Evaluation Board Micrel MIC2196 CUK Evaluation Board 400kHz SO-8 CUK Introduction Quick-Start Guide Refer to Figure 1 for the following: 1. Connect the positive terminal from the power supply to VIN post J1 on the MIC2196 CUK evaluation board.

CEP125-5R6MC-H

Abstract: irf7821 1N5819HW MIC2198 MIC2199 SD103BWS VJ0603Y222KXAAT 15V 5A Power Supply Schematic GRM188R61A475KE19D TPSJ107K010R0050
Contextual Info: MIC2199 Evaluation Board Micrel MIC2199 Evaluation Board 300kHz SO-8 Synchronous Buck Control IC Introduction Quick-Start Guide Refer to Figure 1 for the following: 1. Connect the positive terminal from the power supply to VIN post J1 on the MIC2199 evaluation board.

Dale R015F

Abstract: 100uf 16v murata tantalum sepic GRM31CR61E106K B320A MIC2196 Si4888DY SS32 ctx5-4p 594d107x0020d2t
Contextual Info: MIC2196 SEPIC Evaluation Board Micrel MIC2196 SEPIC Evaluation Board 400kHz SO-8 SEPIC Demo Manual Introduction Quick-Start Guide Refer to Figure 1 for the following: 1. Connect the positive terminal from the power supply to VIN post J1 on the MIC2196 SEPIC

dale R012F

Abstract: CRCW080510R0FRT1 CRCW08052002FRT1 594D227X010D2T 1N5819HW CRCW08051822FRT1 MIC2193 MIC2193BM Si4825DY Si4858DY
Contextual Info: MIC2193 Evaluation Board Micrel MIC2193 Evaluation Board 400kHz SO-8 Synchronous Buck Control IC Introduction Quick-Start Guide Refer to Figure 1 for the following: 1. Connect the positive terminal from the power supply to VIN post J1 on the MIC2193 evaluation board.