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power 1040

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  • 低电压FPGA的高性能开关电源解决方案

      The core voltages for FPGAs are moving lower as a resultof advances in the fabrication process. The newest FPGAfamily from Altera, the Stratix® II, now requires a corevoltage of 1.2V and the Stratix, Stratix GX, HardCopy®Stratix and CycloneTM families require a core voltage of1.5V ...

    /dl/24272.html

    标签: FPGA 低电压 高性能开关 电源解决方案

    上传时间: 2013-10-08

    上传用户:wangfei22

  • 单片同步稳压器驱动外部元件负载

      The LTC®3414 offers a compact and efficient voltage regulatorsolution for point of load conversion in electronicsystems that require low output voltages (down to 0.8V)from a 2.5V to 5V power bus. Internal power MOSFETswitches, with only 67mW on-resistance, allow theLTC3414 to deliver ...

    /dl/24274.html

    标签: 同步稳压器 元件 驱动 负载

    上传时间: 2014-01-03

    上传用户:dongbaobao

  • 100-15V TO 12V DCDC 原理图 PCB BOM表

    高的工作电压高达100V N双N沟道MOSFET同步驱动 The D810DCDC is a synchronous step-down switching regulator controller that can directly step-down voltages from up to 100V, making it ideal for telecom and automotive applications. The D810DCDC uses a constant on-time valley current control architecture t ...

    /dl/24277.html

    标签: DCDC 100 12V BOM

    上传时间: 2013-10-24

    上传用户:wd450412225

  • MAX14885E VGA交叉开关电源排序

      The MAX14885E, a 2:2 VGA switch, connects a VGA source to a VGA monitor. To ease direct connection to graphics controllers orthe ASIC, the MAX14885E has two supplies: VCC, a 5V ±5% supply, drives the VGA side interface; and the VL supply sets the logicswitching thresholds on the di ...

    /dl/24288.html

    标签: 14885E 14885 MAX VGA

    上传时间: 2013-10-23

    上传用户:wuchunzhong

  • 利用纤巧型负载点电路来简化电源电压的跟踪和排序

      Multiple-voltage electronics systems often requirecomplex supply voltage tracking or sequencing, whichif not met, can result in system faults or even permanentfailures in the fi eld. The design diffi culties in meetingthese requirements are often compounded in distributedpowerarchitecture ...

    /dl/24296.html

    标签: 负载点电路 电源电压 排序

    上传时间: 2013-10-08

    上传用户:15071087253

  • FP6291

    DC/DC 升压IC:The FP6291 is a current mode boost DC-DC converter. Its PWM circuitry with built-in 0.25 Ω power MOSFET make this regulator highly power efficient. The internal compensation network also minimizes as much as 6 external component counts. The non-inverting input of error amplif ...

    /dl/24298.html

    标签: 6291 FP

    上传时间: 2013-11-07

    上传用户:3294322651

  • DN1011 简单高效率隔离型反激式电源

      While simplicity and high effi ciency (for cool running) areno longer optional features in isolated power supplies, itis traditionally diffi cult to achieve both. Achieving higheffi ciency often requires the use of advanced topologiesand home-brewed secondary synchronous rectifi cationsch ...

    /dl/24301.html

    标签: 1011 DN 高效率 隔离型

    上传时间: 2013-10-16

    上传用户:wayne595

  • DN387 级联7A点的负载单片降压转换器

      Easy-to-use and compact point-of-load power suppliesare necessary in systems with widely distributed, highcurrent, low voltage loads. The LTC®3415 provides acompact, simple and versatile solution. It includes a pairof integrated complementary power MOSFETs (32mΩtop and 25m&Omega ...

    /dl/24304.html

    标签: 387 DN 级联 负载

    上传时间: 2013-10-18

    上传用户:avensy

  • DN385 10A高性能点的负载DC/DC微型模块

      Advancements in board assembly, PCB layout anddigital IC integration have produced a new generationof densely populated, high performance systems. Theboard-mounted point-of-load (POL) DC/DC power suppliesin these systems are subject to the same demandingsize, high power and performance re ...

    /dl/24306.html

    标签: DC 385 10A DN

    上传时间: 2014-12-24

    上传用户:lbbyxmraon

  • DN383 高电压电流模式降压转换器

      Low power standby requirements are typically associatedwith battery-powered systems. Automotive systems,for example, commonly require power supplies tomaintain output voltage regulation even under no-loadconditions—while drawing minimal quiescent current topreserve battery life. Ris ...

    /dl/24308.html

    标签: 383 DN 高电压 电流模式

    上传时间: 2013-11-20

    上传用户:xinyuzhiqiwuwu