10mH inductor
Abstract: 1N4148 SOT-23 Augat N-CHANNEL MOSFET 30V 2A SOT-23 C12120 WSL25 Buck-Boost Converter CDR74B Si2304DS Si4416DY
Contextual Info: Si9136DB Vishay Siliconix Si9136 Demonstration Board FEATURES D D D D D D D Up to 95% Efficiency 3% Total Regulation 5.5-V to 30-V Input Voltage Range 3.3-V, 5-V, and 12-V Outputs 200-kHz Fixed Frequency Operation Precision 3.3-V Reference Output 30-mA Linear Regulator Output
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si9136dbsi9136200-khz30-ma+1528-pincdrh125-10010-mhcdrh125cdrh62b10mh inductor1n4148 sot-23augatn-channel mosfet 30v 2a sot-23c12120wsl25buck-boost convertercdr74bsi2304dssi4416dy
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Si9801
Abstract: GRM235Y5V106Z016AL SILICONIX Si9801 Si9801DY C25Y5U1E106Z MOSFET 1 KW 9801 so-8 C25Y5U1E106ZP DIFS4 Si6803DQ
Contextual Info: Si9161DB Vishay Siliconix Si9161 Optimized-Efficiency Boost Converter Demonstration Board FEATURES D D D D Synchronous Boost Converter Voltage Mode Control Si9160 Architecture Optimized for “Light-Load” Efficiency High Frequency Switching up to 2 MHz
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si9161dbsi9161si9160crw06032201frt1+12crw06031000frt1crw06031202frt1si9801grm235y5v106z016alsiliconix si9801si9801dyc25y5u1e106zmosfet 1 kw9801 so-8c25y5u1e106zpdifs4si6803dq
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1N4148 SOT-23
Abstract: DIFS4 293D337X96R3E2T CRCW0805000RT1 Si9136 Si9136DB N-CHANNEL MOSFET 30V 2A SOT-23 sprague capacitor 293D475X9035C2 10 pin monitor flyback transformer schematics
Contextual Info: Si9136DB Vishay Siliconix Si9136DB Si9136 Demonstration Board FEATURES • • • • • • • Up to 95% Efficiency 3% Total Regulation 5.5-V to 30-V Input Voltage Range 3.3-V, 5-V, and 12-V Outputs 200-kHz Fixed Frequency Operation Precision 3.3-V Reference Output
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si9136dbsi9136200-khz30-ma+1228-pincdrh125-100cdrh125cdrh62b1n4148 sot-23difs4293d337x96r3e2tcrcw0805000rt1n-channel mosfet 30v 2a sot-23sprague capacitor293d475x9035c210 pin monitor flyback transformer schematics
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DIFS4
Abstract: lem hy 10-p
Contextual Info: Tem ic AN718 S e m i c o n d u c t o r s Powering the Pentium VRE with the Si9145 Voltage Mode Controlled PWM Converter C h a e K. L ee a n d R ic h ard W illiam s A Proven Converter Benefits • First and only Intel-approved sw itching converter solution to
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an718si9145ava06lm4d40bim+64410d4435dy9145byso-16difs4lem hy 10-p
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ic 3525 pwm application dc to dc converter
Abstract: ic 3525 pwm application MLL34 AN718 P54C Si9145 Si9145BY "Schottky Diode"
Contextual Info: AN718 Powering the Pentiumt VRE with the Si9145 Voltage Mode Controlled PWM Converter Chae K. Lee and Richard Williams Benefits S First and only Intel-approved switching converter solution to provide static and dynamic voltage regulation for the Pentium VRE microprocessor.
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an718si9145so-16provr20+12conn2x15lm393mlm4040bimot-23-5si4410dysi4435dyic 3525 pwm application dc to dc converteric 3525 pwm applicationmll34p54csi9145byschottky diode
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P55 MOSFET
Abstract: DIFS4 mosfet p55 low cost capacitor 0.1 mf 1N4148 Sot23 PACKAGE Si9145 Si4435DY free pdf download P55 MOSFET 1n4148 0805 1N4148
Contextual Info: AN719 Using the Si9145 PWM Converter with the Pentiumt P55 and P6 Microprocessors Chae Lee Powering the P55 and P6 When powering a Pentium microprocessor, a wide bandwidth converter is needed to minimize the overall output capacitance both at the power supply and at the
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an719si9145p54cvre350ns+1431-jul-956sa330m10sa220mctx07-12877ctx10-5-kmlpp55 mosfetdifs4mosfet p55low cost capacitor 0.1 mf1n4148 sot23 packagesi4435dyfree pdf download p55 mosfet1n4148 08051n4148
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P55 MOSFET
Abstract: Si9145 1N4148 0805 1N4148 AN718 AN719 LM4040 P54C Si4410DY Si4435DY
Contextual Info: AN719 Siliconix Using the Si9145 PWM Converter with the Pentiumt P55 and P6 Microprocessors Chae Lee Powering the P55 and P6 When powering a Pentium microprocessor, a wide bandwidth converter is needed to minimize the overall output capacitance both at the power supply and at the
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an719si9145p54cvre350ns+136sa330m10sa220mctx0712877ctx105kmlpsi9145byp55 mosfet1n4148 08051n4148an718lm4040p54csi4410dysi4435dy
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P55 MOSFET
Abstract: 1n4148 0805 AN719 si4435 1N4148 AN718 LM4040 P54C Si4410DY Si4435DY
Contextual Info: AN719 Using the Si9145 PWM Converter with the Pentiumt P55 and P6 Microprocessors Chae Lee Powering the P55 and P6 When powering a Pentium microprocessor, a wide bandwidth converter is needed to minimize the overall output capacitance both at the power supply and at the
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capacitor 2200 mf
Abstract: Dale Resistor EKE00DD410C00 capacitor 1000 MF CRCW08053002FRT1 dale resistor code DIFS4 2N7002 Si9143DB 2200mf
Contextual Info: Si9143DB Vishay Siliconix Si9143 High-Performance Processor Controller Demo Board FEATURES D D D D D Voltage Mode Control Synchronous Buck Converter Short Circuit Current Limiting Over-Voltage Protection Output Current to 15 A D D D D Power Good Signal +5 V or +12 V Input
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si9143dbsi9143crcw08052492frt1crcw08054992frt1+14crcw08051003frt1crcw08052872frt1crcw08051692frt1crcw08055001frt1crcw080549r9frt1capacitor 2200 mfdale resistoreke00dd410c00capacitor 1000 mfcrcw08053002frt1dale resistor codedifs42n70022200mf
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MLL34
Abstract: ic 3525 pwm application dc to dc converter si4435 DIFS4 emi khz 0805 2A mll34 footprint AN718 Si4410DY Si4435DY Si9145BY
Contextual Info: AN718 Vishay Siliconix The amount of output capacitance at the output of the converter also determines the transient response of a converter. The greater the output capacitance, the less converter bandwidth is required to meet the transient regulation. A 4-A transient response has been simulated
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SILICONIX Si9801
Abstract: DIFS4 Si9801 C25Y5U1E106Z C25Y5U1E106ZP GRM235Y5V106Z016 "MOSFET TSSOP-8" IC 4528 9801 so-8 SI9801DY
Contextual Info: Si9161DB Vishay Siliconix Si9161 Optimized-Efficiency Boost Converter Demonstration Board FEATURES D D D D Synchronous Boost Converter Voltage Mode Control Si9160 Architecture Optimized for “Light-Load” Efficiency High Frequency Switching up to 2 MHz
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ic 3525 pwm application dc to dc converter
Abstract: ic 3525 pwm application mll34 footprint DIFS4 3525 PWM AN718 P54C Si9145 Si9145BY 1n4148 spice model
Contextual Info: AN718 Powering the Pentiumt VRE with the Si9145 Voltage Mode Controlled PWM Converter Chae K. Lee and Richard Williams Benefits S First and only Intel-approved switching converter solution to provide static and dynamic voltage regulation for the Pentium VRE microprocessor.
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an718si9145so-16conn2x15+13lm393mlm4040bimot-23-5si4410dysi4435dysi9145byic 3525 pwm application dc to dc converteric 3525 pwm applicationmll34 footprintdifs43525 pwmp54c1n4148 spice model
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AN718
Abstract: P54C Si4410DY Si4435DY Si9145 Si9145BY ic 3525 pwm application dc to dc converter
Contextual Info: AN718 Siliconix Powering the Pentiumt VRE with the Si9145 Voltage Mode Controlled PWM Converter Chae K. Lee and Richard Williams Benefits S First and only IntelĆapproved switching converter solution to provide static and dynamic voltage regulation for the Pentium VRE microprocessor.
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MLL34
Abstract: ic 3525 pwm application dc to dc converter DIFS4 AN718 P54C Si4410DY Si9145 Si9145BY
Contextual Info: AN718 Vishay Siliconix AN718 Powering the Pentium VRE with the Si9145 Voltage Mode Controlled PWM Converter BENEFITS • First and only Intel-approved switching converter solution to provide static and dynamic voltage regulation for the Pentium VRE microprocessor.
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an718si9145so-16si9145b+11tpsd107k010rcrcw0805224jrt1vj0805a221kxaatconn2x15lm393mmll34ic 3525 pwm application dc to dc converterdifs4p54csi4410dysi9145by
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