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反激开关电源设计的几个难点(反激开关电源设计的几个实际问题)(Several difficulties in the design of flyback switching power supply (several practical problems in the design of flyback switching power supply))
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该文档讲解了UC3842，3843芯片在开关电源中的应用(This document explains the application of UC38423843 chip in switching power supply)
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用matlab对Buck电路进行了仿真,简单直接可用，BUCK电路就是一种DC-DC转换器，简单的讲就是通过震荡电路将一直流电压转变为一高频电源，然后通过脉冲变压器、整流滤波回路输出需要的直流电压，类似于开关电源(The BUCK circuit is a kind of DC-DC converter, which is simply to convert a DC voltage to a high frequency power supply through a concussion ci
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该文档详细分析了开关电源反馈电路中常用元件TL431的设计方法(This document analyzes the design method of TL431 commonly used in feedback circuit of switching power supply.)
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该资料为断续模式下的反激开关电源mathcad(This data is a flyback switching power supply Mathcad under intermittent mode.)
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该资料为开关电源环路补偿中的二阶补偿器传递函数的mathcad推导公式(The data is the Mathcad formula for the transfer function of the two order compensator in the compensation of the switching power supply loop.)
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该资料给出了开关电源高频变压器的计算方法(The calculation method of high-frequency transformer for switching power supply is given.)
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该文档总结了反激开关电源的设计要点，大家可以参考一下(The document summarizes the design points of flyback switching power supply, you can refer to it.)
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电源设计中PCB的布局很重要，PCB的布局将直接影响EMI。该资料详细的介绍了开关电源PCB设计的方法(The layout of PCB is very important in power design, and the layout of PCB will directly affect EMI. This information introduces the design method of switching power supply PCB in detail.)
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该文档为基于UC3842的单端反激式开关电源的设计与分析(The document is a design and analysis of single ended flyback switching power supply based on UC3842.)
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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
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全桥移相开关电源仿真分析，芯片采用的是uc3875，供大家研究。(Simulation and analysis of full bridge phase-shifting switching power supply, the chip is UC3875, for your research.)
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Saber全桥实现开关电源的仿真，主电路和控制电路是分开的，控制芯片是uc3875.(Saber full bridge to achieve switching power supply simulation, the main circuit and control circuit are separate, the control chip is uc3875.)
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基于matlab搭建的LLC谐振开关电源，能够实现零电压开通(The LLC resonant switching power supply based on Matlab can realize zero voltage switching.)
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STM32F103ZET6 PI调节的PWM 开关电源(STM32F103ZET6 PI regulated PWM switching power supply)
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阐述开关电源充电器原理，输入电压220V，输出电压48V，单管式开关电源，基于UC3842和LM358，带短路保护(Describes the principle of switching power charger, input voltage 220V, output voltage 48V, single tube switching power supply, based on UC3842 and LM358, with short circuit protection)
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实现开关电源的Simulink仿真模型搭建，BUCK电路的电压控制方法，仿真系统工作正常(Realize the Simulink simulation model of the switching power supply, the voltage control method of the BUCK circuit, and the simulation system works normally.)
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基于STM32F103的DCDC数控开关电源源码(Digital Control Switching Power Supply Source Code Based on STM32F103)
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该资料为基于UC3842的反激式开关电源的控制环路设计(The data is a control loop design of flyback switching power supply based on UC3842.)
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该文档为小功率开光电源变压器设计实例，详细介绍了开关电源中高频变压器设计的细节。(This document is an example of the design of low-power open-source transformer. Details of the design of medium and high frequency transformer in switching power supply are introduced in detail.)
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