搜索资源列表
buckboost
- 掌握Buck—Boost变换器的工作原理、特点与电路组成。 2．熟悉Buck—Boost变换器连续与不连续工作模式的工作波形图。 3．掌握Buck—Boost变换器的调试方法。-Buck-Boost converter master the working principle, characteristics and circuit components. 2. Buck-Boost converter with conti
buck_tran
- 使用matlab的simulink工具箱仿真buck变换器-The simulink toolbox using matlab simulation buck converter
DcBUCK1
- BUCK类型的DCDC变换器，经过调试效果良好，欢迎下载-BUCK types of DCDC converters, through commissioning works well, welcome to download
Buck
- 基于28335的双路bUCK变换器控制程序-Based on 28,335 dual bUCK converter control procedures
Buck-simulation
- 实现了Buck变换器的三种仿真，分别使用了电力系统模块工具，SIMULINK根据系统状态方程，s函数建立Buck变化器的三种仿真模型。-Buck converter simulation.
BUCK
- 基于SIMLINK的BUCK变换器仿真，对初学者会有帮助的-BUCK converter based SIMLINK of simulation will be helpful for beginners
BUCK
- 基于MATLAB的BUCK变换器的仿真模型，可直接调用，参数设计已经调好-MATLAB simulation model based on the BUCK converter can be called directly, the design parameters have been adjusted
BUCK
- 基于MATLAB的BUCK变换器的仿真模型，可直接调用，参数设计已经调好，方便大家-MATLAB simulation model based on the BUCK converter can be called directly, the design parameters have been adjusted to facilitate
buck
- buck变换器仿真，直接可用，修改参数即可-buck converter simulation, directly available, you can modify the parameters
buck
- SIMULINK,buck变换器，输入220V±20 V，输出5V-SIMULINK,buck converter, the input 220V20 V, output 5V
buck_boost1
- 升降压变换器MATLAB仿真文件，主要是有关超级电容器变换器(MATLAB simulation file of Buck Converter)
Buck变换器的CCM小信号传递函数
- 基于buck变换器的CCM小信号建立数学模型。里面有很多数学公式(A mathematical model of CCM small signal establishment based on Buck converter. There are a lot of mathematical formulas in it)
Buck_example
- Buck变换器的matlab仿真，比较简单(matlab simulation of Buck converter , relatively simple)
buck
- buck变换器 降压DC/DC降压斩波电路simulink仿真模型(Converter, buck, DC/DC buck chopper circuit, Simulink, simulation model)
BUCK111
- buck变换器实现降压。该程序在MATLAB2013b中实现。(The buck converter realizes the depressurization. The program is implemented in MATLAB2013b.)
buckmy2
- 通过脉冲信号控制buck变换器实现降压，通过傅里叶函数得到平均值。(The buck converter is controlled by the pulse signal to achieve the depressurization, and the average value is obtained by the Fourier function.)
Fig5x39
- 直流降压变换器设计，仿真时间0.05s，算法ode15(DC step-down converter design, simulation time 0.05s, algorithm ode15)
untitled1.slx
- 一种新颖的拓扑结构，四开关BUCK-BOOST变换器，能够实现双向的BUCK功能，BOOST功能，而且能视情况自动切换BUCK和BOOST(A novel topology, four switch buck-boost converter, can achieve two-way BUCK function, BOOST function, and can automatically switch BUCK and BOOST as
Buck_single_stage_inverter_with_multiinput
- 多输入buck型逆变器，能够实现多个输入之间的同时供电(Multi-input BUCK inverter can realize simultaneous power supply between multiple inputs)
STM32 4开关升降压源码及原理图（官方）
- 基于STM32F334C8T6，包括ST-LINK/V2-1嵌入式调试工具接口， 采用buck变换器、buck/boost变换器、LED和按钮。(The STM32F334 discovery kit (32F3348DISCOVERY) helps the user discover the full range of features of the STM32F334 line and develop applications.