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- 设计巧妙的数显抢答器电路-电子电路图站-电子家园-电路大全-电子制作-555电路-电子资料-电路原理图-开关电源电路-充电路电路-so cleverly designed several significant Responder circuit-electronic circuit station-home electronic-circuit-Go Electronic Production -5 55 circuits - electronic-circuit schematics-swi
hongwaixian
- 单片机用作通用红外遥控接收器的设计 PWM调制开关电源的研究 以电子电力学为核心 以整流技术为主-generic microcontroller for infrared remote control receiver design PWM switching power supply of electronic learning for power to the core technology-based rectifier
gaokekaodianyuansheji
- 高速开关电源充电设备设计与制作,主要介绍开关电源的实际应用-high-speed Switching Power Charger equipment design and manufacture, the main power switch on the practical application
MC34063A_spice_MODEL.ZIP
- MC34063的SPICE模型,用来作设计低成本开关电源的仿真。-Novel SPICE model to be used as a low-cost switching power supply design of the simulation.
AVR-6
- AVR单片机入门及C语言高效设计实践(六) ATMEAG16L的定时/计数器 ATMEAG16L有两个8位定时/计数器(T/C0、T,C2)和一个16位定时/计数器T/C1)。每一个计数器都支持PWM(脉冲宽度调制)输出功能。PWM输出在电机控制、开关电源、信号发生等领域有着广泛的应用。[第一段]-AVR C language portal and efficient design practice (6) ATMEAG16L the timer / counter All ATMEAG16
power_4_16V
- 介绍一种采用半桥电路的开关电源,其输入电压为交流220V±20%,输出电压为直流4~16V,最大电流40A,工作频率50kHz。重点介绍了该电源的设计思想,工作原理及特点。
MY-SMPS-VC-Resouce
- 开关电源设计的,包括buck boost flyback等常用模块设计-SMPS Design, include the buck boost flyback that common used topology.
DC_POWER_SCH
- 小功率反激式开关电源设计与计算,含原理图。-Low-power flyback switching power supply design and calculation, including schematics.
69171172dianyan2
- 开关电源设计:本系统基于反馈控制思想,由交直流转换电路、DC-DC变换器、步进电路模块和显示模块4个模块电路构成开关稳压电源-请键入文字或网站地址,或者上传文档。 取消 Kāiguān diànyuán shèjì: Běn xìtǒng jīyú fǎnkuì kòngzhì sīxiǎng, yóu jiāo zhíliú zhuàn huàn diànlù,DC-DC biànhuàn qì, bù jìn diànlù mókuài hé xiǎnshì mókuài 4 gè
pid
- 基于STM32的开关电源设计,利用pid控制实现了电压控制-STM32 switching power supply design based on the use of pid control for voltage control
The-user-guide.part1
- DSP芯片资料,DSP中相关入门资料.此类芯片是TMS320中的一款对开关电源设计很重要的一款芯片。-DSP chip data, DSP relevant introductory information. Such chip TMS320 is a very important in switching power supply design a chip.
正激变换器中变压器的设计方法
- 详细介绍了高频开关电源中正激变换器变压器的设计方法。按照设计方法,设计出一台高频开关电源变压器,用于输入为48V(36~72V),输出为2.2V、20A的正激变换器。设计出的变压器在实际电路中表现出良好的电气特性。
DC-DC simulink
- 峰值电流型开关变换器的建模与仿真,通过simulink平台,方便设计人员对开关电源的原理进行理解。(Modeling and design of peak current mode switching converter)
SwitchPower20160112
- 一个95-265VAC输入,12VDC500mA输出的开关电源设计,可以应用在工业控制的主控板电源。本设计已经量产,读者可放心下载。(A 95-265VAC input, 12VDC500mA output switching power supply design can be applied to the main control board power supply for industrial control. The design has been produced, and read
控制环路设计
- 该文档详细讲解了开关电源控制环路的设计及补偿方法(The document explains the circuit design of the switching power supply in detail)
RCD吸收电路计公式
- 该文档分析了开关电源设计中开关管的吸收电路设计方法(This document analyses the design method of the switch tube absorption circuit in the design of switching power supply)
超音频串联谐振感应加热电源的研究
- 设计了一台应用于导线镀膜用的超音频感应加热电源实验装置。开关频率为30kHz,输出功率为2kW,采用串联谐振方式。(An experimental device for super audio induction heating power supply for wire coating is designed. The switching frequency is 30kHz, the output power is 2kW, and the series resonant mode is a
TSM
- TSM该系列产品内部集成有一个电压基准器件和两个运算放大器,电压基准器件和一个运算放大器的集成构成理想的电压控制器;另外一个运算 放大器再与这个集成的电压基准器件和几个外部电阻器配合,起到限流器的作用。该类IC广泛用于需要恒压(CV)和恒流(CC)模式的开关电源中,如要求恒 压和输出限流的充电器及适配器中(Both TSM103 and TSM103A belong to the TSM10X series. The series of products are integrated with
DC-DC控制程序
- DC-DC开关电源控制程序,实测稳定,电子设计大赛作品(control program of dc-dc switching power supply, measured and stable)
UC3842反激电源例子
- 该文件为采用UC3842设计的反激式开关电源的multium仿真,输入为220V交流电压输出为12V直流(This document is the multium simulation of flyback switching power supply designed by UC3842. The input is 220V AC and the output is 12V DC)