EL7564 Search Results

AN 7323 IC

Abstract: 4-Amp BAT54S EL7464CRE-T13 EL7564C EL7564CM EL7564CM-T13 EL7564CRE EL7564CRE-T7 SO20
Contextual Info: EL7564C EL7564C Monolithic 4 Amp DC:DC Step-Down Regulator Features General Description • Integrated synchronous MOSFETs and current mode controller • 4A continuous output current • Up to 95% efficiency • 4.5V to 5.5V input voltage • Adjustable output from 1V to 3.8V

AN 7323 IC

Abstract: 20-PIN EL7564 EL7564CM EL7564CM-T13 EL7564CRE EL7564CRE-T13 CURRENT-11
Contextual Info: EL7564 Data Sheet May 9, 2003 Monolithic 4 Amp DC:DC Step-Down Regulator Features The EL7564 is an integrated, fullfeatured synchronous step-down regulator with output voltage adjustable from 1.0V to 3.8V. It is capable of delivering 4A continuous current at up to 95% efficiency. The EL7564

Contextual Info: EL7564C EL7564C Monolithic 4 Amp DC:DC Step-down Regulator Features General Description • Integrated synchronous MOSFETs and current mode controller • 4A continuous output current • Up to 95% efficiency • 4.5V to 5.5V input voltage • Adjustable output from 1V to 3.8V

Contextual Info: EL7564C EL7564C Monolithic 4 Amp DC:DC Step-Down Regulator Features General Description • Integrated synchronous MOSFETs and current mode controller • 4A continuous output current • Up to 95% efficiency • 4.5V to 5.5V input voltage • Adjustable output from 1V to 3.8V

AN 7323 IC

Abstract: AN 7323 IC circuit diagram required 20-PIN EL7564 EL7564CM EL7564CM-T13 EL7564CMZ EL7564CMZ-T13 EL7564CRE EL7564CRE-T7
Contextual Info: ES EW D OR N ED F 5 4 D N L75 Sheet MME EE EData E CO S R T NO May 9, 2005 Monolithic 4 Amp DC/DC Step-Down Regulator The EL7564 is specified for operation over the -40°C to +85°C temperature range. • Integrated synchronous MOSFETs and current mode

BAT54S

Abstract: EL7464CRE-T13 EL7564C EL7564CM EL7564CM-T13 EL7564CRE EL7564CRE-T7 SO20 C6500 AN 7323 IC
Contextual Info: EL7564C EL7564C Monolithic 4 Amp DC:DC Step-down Regulator Features General Description • Integrated synchronous MOSFETs and current mode controller • 4A continuous output current • Up to 95% efficiency • 4.5V to 5.5V input voltage • Adjustable output from 1V to 3.8V

Contextual Info: EL7564C EL7564C Monolithic 4 Amp DC:DC Step-Down Regulator Features General Description • Integrated synchronous MOSFETs and current mode controller • 4A continuous output current • Up to 95% efficiency • 4.5V to 5.5V input voltage • Adjustable output from 1V to 3.8V

AN 7323

Contextual Info: The EL7564C is an externally adjustable step down switching regulator, capable of delivering 4A of continuous output current at over 95% efficiency. Output voltage range is from 1V to the input supply, which can vary between 3V and 6V. No external power devices or discrete

p0048

Abstract: ak 1052 7564CRE nec 1042 SWITCHING REGULATOR
Contextual Info: EL7564C Features General Description • Integrated synchronous M O SF E T s and current m ode controller T he E L 7564C is an integrated, fu ll-fe atu re d sy n chronous step-dow n re gulator w ith output voltage adjustable from 1.0V to 3.8V . It is c ap a ­

D03316P-472

Abstract: up 6261 CHIP T 409 ES 20-PIN EL7564 EL7564CM EL7564CRE VJ0805Y104KXXA 330uF 35 v capacitor el75xx
Contextual Info: ES EW D Using the EL7564 Demo Board IGNS OR N ED F 5 4 D N M M E E E E L7 5 EC O Technical Brief S R T NO May 23, 2003 Introduction TB409 This demo board is operated at about 350kHz switching frequency. The input voltages are 4.5V to 5.5V. This document outlines the design consideration and lists the bill

Contextual Info: EL7564 Data Sheet May 7, 2002 Monolithic 4Amp DC:DC Step-Down Regulator FN7297 Features • Integrated synchronous MOSFETs and current mode controller The EL7564 is an integrated, fullfeatured synchronous step-down regulator with output voltage adjustable from 1.0V to 3.8V. It is capable of delivering 4A

Contextual Info: EL7564C EL7564C Monolithic 4 Amp DC:DC Step-Down Regulator Features General Description • Integrated synchronous MOSFETs and current mode controller • 4A continuous output current • Up to 95% efficiency • 4.5V to 5.5V input voltage • Adjustable output from 1V to 3.8V

VJ0805Y224KXXA

Abstract: VJ0805Y104KXXA VJ0805Y222KXXA
Contextual Info: New Products Elantec DC-DC Converter Solution for Virtex FPGAs Power Supplies How to use the Elantec EL7564C DC-DC converter. by Art Stryer Sr. Field Applications Engineer, Elantec Semiconductor astryer@elantec.com For Virtex series FPGAs, separate supply

20-PIN

Abstract: EL7564 EL7564CM EL7564CM-T13 EL7564CMZ EL7564CMZ-T13 EL7564CRE EL7564CRE-T7
Contextual Info: ES EW D OR N ED F 5 4 D N L75 Sheet MME EE EData E CO S R T NO May 9, 2005 Monolithic 4 Amp DC/DC Step-Down Regulator The EL7564 is specified for operation over the -40°C to +85°C temperature range. • Integrated synchronous MOSFETs and current mode

AN 7323 IC

Abstract: 20-PIN EL7564 EL7564CM EL7564CM-T13 EL7564CRE EL7564CRE-T13
Contextual Info: ES EW D EL7564 I GN S OR N ED F 5 4 D N L75 Sheet MME EE EData E CO S R T NO May 9, 2003 Monolithic 4 Amp DC:DC Step-Down Regulator Features The EL7564 is an integrated, fullfeatured synchronous step-down regulator with output voltage adjustable from 1.0V to 3.8V. It is capable of delivering 4A

ic 3525 pwm application dc to dc converter

Abstract: ic 3525 internal block diagram AN 7323 IC AN 7323 IC circuit diagram required 1000 watt buck converter scheme QCX0002 SO20 EL7564C EL7564CM 3525 PWM
Contextual Info: EL7564C EL7564C Monolithic 4 Amp DC:DC Buck Converter Features General Description • Integrated synchronous MOSFETs and current mode controller • 4A continuous output current • Up to 95% efficiency • Internal patented current sense • Cycle-by-cycle current limit

lt1085 linear

Abstract: C51012-1 LT1085-5 Positive Voltage Regulator series voltage regulator using transistors EL7551C EL7556BC EL7562CM EL7564CM LT1083
Contextual Info: 12. Designing with 1.5-V Devices C51012-1.3 Introduction The Cyclone FPGA family provides the best solution for high-volume, cost-sensitive applications. A Cyclone device is fabricated on a leadingedge 1.5-V, 0.13-µm, all-layer copper SRAM process. Using a 1.5-V operating voltage provides the following advantages:

mercury motherboards regulator ic

Abstract: TRANSISTOR SUBSTITUTION DATA BOOK 1993 CORDIC to generate sine wave fpga verilog code for CORDIC to generate sine wave verilog code for cdma transmitter vhdl code for cordic intel atom microprocessor verilog code for 2D linear convolution filtering mercury computer motherboard sumida inverter IV
Contextual Info: Stratix Device Handbook, Volume 2 101 Innovation Drive San Jose, CA 95134 408 544-7000 http://www.altera.com S5V2-3.5 Copyright 2006 Altera Corporation. All rights reserved. Altera, The Programmable Solutions Company, the stylized Altera logo, specific device designations, and all other words and logos that are identified as trademarks and/or service marks are, unless noted otherwise, the trademarks and

10uH inductor CC TECHNOLOGIES

Abstract: APA150 -TQ1001 datasheet AX2000 ISL6528 HSOP-28 thermal Actel APA075 ax rubycon capacitor 106 35K 7 pin str for 24v 3 amp to 220 package APA600
Contextual Info: HIGH PERFORMANCE ANALOG Power Management Application Guide for Actel FPGAs Using Switchers to Power Actel FPGAs FPGAs continue to grow in density and complexity while at the same time, shrinking device geometries have enabled faster system clocks and required lower core voltages. These trends call for more

PC intel 945 MOTHERBOARD CIRCUIT diagram

Abstract: verilog code for cordic algorithm TRANSISTOR SUBSTITUTION DATA BOOK 1993 intel 845 MOTHERBOARD pcb CIRCUIT diagram code for Discreet cosine Transform processor 945 mercury MOTHERBOARD CIRCUIT diagram 484BGA inverter PURE SINE WAVE schematic diagram intel 915 MOTHERBOARD pcb CIRCUIT diagram intel 845 MOTHERBOARD SERVICE MANUAL
Contextual Info: Stratix Device Handbook, Volume 1 101 Innovation Drive San Jose, CA 95134 408 544-7000 http://www.altera.com S5V1-3.4 Copyright 2006 Altera Corporation. All rights reserved. Altera, The Programmable Solutions Company, the stylized Altera logo, specific device designations, and all other words and logos that are identified as trademarks and/or service marks are, unless noted otherwise, the trademarks and

lt1085 linear

Abstract: MOTOROLA linear handbook linear switching voltage regulator handbook series voltage regulator using transistors LT1084-5 motorola voltage regulator Adjustable Positive Voltage Regulator 8.0V to 2 C51012-1 CMOS applications handbook LT1649
Contextual Info: 14. Designing with 1.5-V Devices C51012-1.1 Introduction The CycloneTM FPGA family provides the best solution for high-volume, cost-sensitive applications. Stratix and Cyclone devices are fabricated on a leading-edge 1.5-V, 0.13-µm, all-layer copper SRAM process.

tms 3899

Abstract: lot Code Formats altera cyclone EPC8 bios fail EPM3032 EP1C12F
Contextual Info: Section I. Cyclone FPGA Family Data Sheet This section provides designers with the data sheet specifications for Cyclone devices. The chapters contain feature definitions of the internal architecture, configuration and JTAG boundary-scan testing information,

schematic diagram atx Power supply 500w

Abstract: pioneer PAL 012A 1000w inverter PURE SINE WAVE schematic diagram 600va numeric ups circuit diagrams winbond bios 25064 TLE 9180 infineon smsc MEC 1300 nu TBE schematic diagram inverter 2000w DK55 circuit diagram of luminous 600va UPS
Contextual Info: QUICK INDEX NEW IN THIS ISSUE! Detailed Index - See Pages 3-24 Digital Signal Processors, iCoupler , iMEMS® and iSensor . . . . . 805, 2707, 2768-2769 Connectors, Cable Assemblies, IC Sockets . . . . . . . . . . . 28-568 RF Connectors . . . . . . . . . . . . . . . . . . . . . . Pages 454-455

spartan 3a

Abstract: SPARTAN-3 XC3S400 24v 12v 20A regulator circuit diagram power supply SAMSUNG MONITOR str panasonic 614 battery 10nF 50V X7R samsung 7 pin str for 24v 3 amp to 220 package Circuit diagram of Regulated Power supply 6V 5A EL7566 ISL6401
Contextual Info: HIGH PERFORMANCE ANALOG Power Management Application Guide for Xilinx FPGAs Using Switchers to Power Xilinx FPGAs and DDR Memory Increased gate counts and higher clock speeds in programmable logic ICs have resulted in higher current requirements while smaller device geometries are driving lower core supply voltages. Both