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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
Stick
- Ripple Theorem for Buck Boost converter, cuk converter
reduction
- 参考对buck 电路符号模型的推导，推导buck-boost 电路的符号模型，并与采用详细器件模型的电路进行仿真比较，要求输出两种模型的输出电压波形。-Reference model for the derivation of the circuit symbols buck, buck-boost circuits derived symbolic model, and with more devices using the circuit model simulation compariso
Practica-3.-Convertidor-Buck-Boost
- This a manual of how to use MSP430 family of MCU-This is a manual of how to use MSP430 family of MCU
28335_mppt
- 4路pwm，buck升压，错相抑制电流脉动-4 pwm, buck boost, current ripple-phase inhibition
boost_close_loop
- simulink model of dc to dc boost converter. the important thing it is in closed loop using p i controller. it is for study purpose-simulink model of dc to dc boost converter. the important thing it is in closed loop using p i controller. it is for st
M8_2400
- ATMEGA8_ LTC2400 6位半表头程序 LTC2400最高测量电压为5.3V，超过5.3V或反接都会烧掉。 模拟部分供电最好经过7815稳压，最高输入电压不宜超过18V。 模拟电路与数字电路分开供电。 不要使用开关电源或PWM升压、降压电路供电 -ATMEGA8_ LTC2400 6 ½ -digit meter program LTC2400 highest measured voltage is 5.3V, 5.3V or rev
sanchongDC
- 三重化双向buck—boost电路 实现三重化dc dc双向buck—boost电路的功能-Triple bi-directional buck-boost circuit
S229_BuckBoost_01
- 电力电子DC-DC变换：BuckBoost斩波器MATLAB仿真-Power electronics, DC-DC straight converter- Buck-Boost chopper MATLAB/Simulink simulation files
1
- 提出了一种新型的单开关升-降压式(Buck-Boost)直流变换器的电路仿真平均模型。这种模型可通过输 入参数的选择实现对Buck-Boost电路的电压控制、峰值及平均电流控制,以及对DCM-CCM工作方式的统一。它 是一种实用的仿真模型,可方便地进行稳态和动态分析。在保证准确的基础上,大幅度提高了仿真的速度,通常比 用实际器件开关电路的仿真速度提高两到三个数量级。 -A novel average model for single switch Buck-Boost DC/DC
Sepic
- Sepic buck boost converter closed loop
Ky_ClosedLoop
- Ky Buck Boost Converter Closed Loop
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
buch-boost
- Buck-Boost converter to increase and decrease the input DC voltage
buck-boost
- buk-boost电路的MATLAB仿真。非常适合学习-the circuit of buk_boost
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)
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