• Duration:5 minutes and 47 seconds
  • Date:2013/01/01
  • Uploader:EE资深网友
Introduction
Due to the high cost and lack of flexibility of isolated DC/DC converter modules, many designers choose a discrete design that better matches their application. In particular, forward converters with active clamp reset are widely used in custom power supplies due to their excellent efficiency and reduced component stress. While the active clamp reset method has advantages, it also introduces performance limitations and potential reliability issues that limit its use.
The LTC3765/LTC3766 are second-generation chipsets that break new ground by bringing forward converters to unprecedented levels of simplicity, efficiency, and reliability. By using Direct Flux LimitTM, the chipset eliminates the reliability issues and performance limitations of active-clamp forward converters. In addition, advanced features such as pre-biased start-up, average current limit and optocoupler-free secondary-side control simplify many applications including isolated battery chargers.
Unfold ↓

You Might Like

Recommended Posts

Steve C.Cripps Beginner Amplifier Course
作者:Steve C.Cripps出版社:Artech House 书名:RF Power Amplifiers for Wireless Communications1)Introduction 2)Linear Power Amplifier Design 3)Conventional High Efficiency Amplifier Modes 4)Class AB PAs at GHz
bootloader RF/Wirelessly
I am new to using Aver microcontroller and want to control 74HC595 to drive 32 LED lights!!!
I use Aver MCU to control 74HC595 to drive 32 LED lights. I want to make it into a running light. There are four 74HC595 in total, two light strips are connected in series, each 74HC595 controls 8 LED
sew 51mcu
About DM9000 driver
RT, for high real-time performance, I want to rewrite the DM9000 driver under wince6.0, using the 6410 platform. According to the 6410 chip manual, the physical memory address corresponding to DM9000
ywmcu9 Embedded System
Verifying FPGA Designs: Simulation, Emulation, or Just Chance?
I saw a news on this website: Verifying FPGA Design: Simulation, Emulation, or Luck? [url=https://www.eeworld.com.cn/FPGA/2009/0507/article_590_1.html]https://www.eeworld.com.cn/FPGA/2009/0507/article
xiaoxin1 FPGA/CPLD
Thoughts shared by an RF engineer
Ten years have passed, but I still have nothing. Looking back, I feel so desolate. Because of my low education, I cannot enter well-known enterprises. Only some small companies hire me because of my r
小猪 RF/Wirelessly
Sigh, I just did something evil
1. Blocked a person who posted illegal ads; 2. Caught a person who was posting pure water to earn points, and deleted all the pure water. After deleting, this guy owed 31 core coins... No way :)
richiefang Suggestions & Announcements

推荐文章

模数转换器ADC如何帮助设计ADAS实现功能安全 2025年01月24日
Other Parts Discussed in Post: ADS7038-Q1, ADS7142-Q1 尽管当今的车辆在多种驾驶场景中实现了自动化,但背后真正推动汽车从部分自动驾驶实现全自动驾驶的不是汽车制造商,而是移动服务提供商,例如出租车公司、汽车租赁公司、送货服务公司以及需要提供安全、高效、方便且经济实用的公共和私人交通工具的城市。 在完全自主的自动驾驶汽车驶上...
带耦合电感的多相降压转换器中关于输出电流和电压纹波的考量因素 2025年01月08日
摘要 多相耦合电感器是一项很有前景的技术,由于每个耦合相内的电流纹波得到消除,为系统带来了显著的优势。而令人意想不到的是,无论是耦合电感器还是非耦合电感器,多相降压转换器的总输出电流纹波都是相同的。本文重点探讨输出电流纹波的考量因素,以及影响输出电压纹波和整体转换器性能的具体细节。 简介 多相降压转换器是广泛用于具有高输出电流的降压型应用的拓扑结构。基于这...
DC\DC转换器在电动汽车中的应用 2025年01月08日
1.什么是DCDC转换器? 2.DCDC转换器在电动汽车中的位置(结构和功能) 3.DCDC转换器的结构组成 4.DCDC转换器的硬件工作原理 一.什么是DCDC转换器? DC/DC变换器将一个直流电压值的电能变换为另一个直流电压值的电能装置。 DC/DC变换器。系统主要由三个部分组成, 功率模块, 驱动模块和控制模块部分。 作为电动汽动力系统中重要的一部分, 它的...
48V降压转换器帮助MHEV满足燃料排放标准 2025年01月07日
您的汽车可能已停产,而您正在市场上购买一辆新车。您是否正在考虑另一种汽油发动机汽车、纯电动汽车 (EV) 或介于两者之间的东西?有如此多的混合动力车型可供选择,例如全混合动力电动汽车 (FHEV)、插电式混合动力电动汽车 (PHEV) 或轻度混合动力电动汽车 (MHEV),因此有多种选择可供选择。感觉有点像点你最喜欢的拿铁口味,不是吗? 汽车发动机的轨迹从汽油发动机开始,...

Recommended Content

Circuit

可能感兴趣器件

EEWorld
subscription
account

EEWorld
service
account

Automotive
development
circle

About Us Customer Service Contact Information Datasheet Sitemap LatestNews


Room 1530, 15th Floor, Building B, No.18 Zhongguancun Street, Haidian District, Beijing, Postal Code: 100190 China Telephone: 008610 8235 0740

Copyright © 2005-2024 EEWORLD.com.cn, Inc. All rights reserved 京B2-20211791 京ICP备10001474号-1 电信业务审批[2006]字第258号函 京公网安备 11010802033920号