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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。
boost电路，用simulink进行电路仿真
- boost电路，用simulink进行电路仿真，boost为已降压型电路，无滤波模块，无单周期控制,boost circuit, circuit simulation using simulink for, boost for the buck circuit, non-filtering module, no single-cycle control
zhanbodianlu
- 开关电源的六种典型直流斩波电路性能研究：降压斩波电路、升压斩波电路、升降压斩波电路、Cuk斩波电路、Sepic斩波电路和Zeta斩波电路。-Six typical switching power supply of DC chopper circuit performance: buck chopper circuit, the boost chopper circuit, buck chopper circuit, Cuk chopper circuit, Sepic and Zeta cho
PV_MODEL_PACK_version_2_MARCH_2011
- Simulink PV buck converter
DCDC
- buck直流-直流转换器的simulink建模 电压反馈和电流反馈-buck dc-dc converter: basic structure[buck.mdl] voltage feedback[buck_fb.mdl] and current feedback[buck_fb_c.mdl]
buck_boost
- 基于平均法的buck_boost型DC/DC建模步骤，包括电压模和峰值电流模。增加了误差放大器放大倍数的确定，电源调整率，负载调整率和三种变换器的一阶等效模型-Based on the average law buck_boost type DC/DC modeling steps, including the voltage mode and peak current mode. An increase of the error amplifier to determine the magni
wenduyalicaijixitong
- 设计的为一个温度压力实时采集显示系统，其具体如下：（包括源码） 1．以MC51单片机为CPU设计系统 2．每5分钟采集一次温度信号，10分钟采集一次压力信号。并实时显示温度、压力值。 3．比较温度、压力的采集值和设定值，控制升温、降温及升压、降压时间，使温度、压力为一恒值。 4．设温度范围为：－10~＋40摄氏度、压力范围为0~100pa；升温、降温时间和温度上升、下降的比例为1摄氏度/分，升压、降压时间和压力上升、下降的比例为10pa/分钟。 -Design tempe
lm2576
- 降压电源 The LM2576 series of regulators are monolithic integrated circuits that provide all the active functions for a step-down (buck) switching regulator, capable of driving 3A load with excellent line and load regulation. These devices are avai
Boost_PWM
- Matlab Simulink right boost PWM pulse circuit and the simulation design proce-Matlab Simulink right boost PWM pulse circuit and the simulation design process
buck
- 采用buck-boost双向DC-DC变换，实现脉冲充放电，输入Ts=1e-4 -The buck-boost bidirectional DC-DC conversion, pulse charge and discharge the input Ts, = 1e-4
buck boast DC-DC converter
- In this project report i have implement the buck boast converter using matlab. in this paper matlab codes are also available ane with block diagram.DC-DC Converters are important components of hybrid automobile drive trains. They are necessary to cha
buch-boost
- Buck-Boost converter to increase and decrease the input DC voltage
Buck-Boost-Converter
- 一款升降压buck和boost电源板，采用dspic芯片全数字控制，输入12V，输出5V、20V；有原理图和代码。-A buck buck and boost power supply board with dspic chip digital control, input 12V, output 5V, 20V schematics and code.
buck-boost
- buk-boost电路的MATLAB仿真。非常适合学习-the circuit of buk_boost
Buck_Boost
- 使用PSIM仿真软件对BUCK-BOOST电路进行仿真(PSIM simulation software is used to simulate the BUCK-BOOST circuit.)
BOOST
- 基于PSIM完成BUCK电路的控制模型仿真(Control Model Simulation of BUCK Circuit Based on PSIM)
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 the case)
simulink_model
- 关于buck，boost和buck-boost变换器CCM和DCM的simulink仿真(Simulink simulation of CCM and DCM mode of buck, boost and buck-boost converters)
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. It is based on STM32F334C8T6
buck boost
- 基于TI2806X的buck boost 程序设计