搜索资源列表
BuckPBoostPTamPProje
- boost, buck converter
S229_Boost_01
- 电力电子DC-DC变换---Boost升压斩波器MATLAB仿真-Power electronics, DC-DC straight converter- Boost chopper MATLAB/Simulink simulation files
boost1
- Convertisseur Survolteur de Tension
solarboost
- soalr boost converter in matlab
boost_fuzzzy
- Boost Converter using Fuzzy Logic
CCM_Boost_converter
- power electronics and drives
tps63001
- 高效的单电感BUCK-BOOST转换器1.8-a开关,芯片资料(HIGH EFFICIENT SINGLE INDUCTOR BUCK-BOOST CONVERTER WITH 1.8-A SWITCHES)
Attachment
- boost converter files are here
PVmam_POcode_boost
- Boost dc dc converter fed from solar pv
Buck_Bost_openloop
- open loop of buck boost converter
buck_boost_basics
- converter basic details
Screenshot (15)
- Design and control of a buck-boost converter
MLI
- PWM (with OP and up) for buck and boost converter
tidud04
- 此 2kW 隔离式双向直流/直流转换器参考设计 (TIDA-00951) 可在 400V 直流总线和 12 - 14 节锂电池组之间进行电力传输，可用于 UPS、电池备份和电力存储等应用。在备用模式下，此参考设计可用作采用 ZVS 技术的有源钳位升压转换器，将电源从 48V 电池传输至 400V 直流总线。当用作电压馈入式全桥电池充电器，从 400V 直流总线为 48V 电池充电时，此参考设计可实现大于 93% 的效率。此参考设计还设有内置直流总线和电池过流保护，并设有过压保护。(for a 2
buck
- buck converter, converted input according to Duty value. Adjustable output
2
- 根据对Boost电路工作原理和有源功率因数校正(APFC)控制方案的研究分析，设计了一款采用Boost电路的APFC变换器。输入电压为220V±10% (198VAC～242VAC)，输入频率为50Hz，输出的直流电压为400V，输出功率为500W。(According to the research and analysis of the working principle of Boost circuit and the active power factor correction (APF
开关变换器的时间平均等效电路建模
- Boost时间平均模型的具体资料，开关变换器的状态空间平均建模和分析方法存在计算复杂、物理概念不清晰和不直观的缺点。为了简化开关变换器的建模和分析，更直观、方便的分析开关变换器电路，有必要研究开关变换器的等效电路建模和分析方法(Boost time average model data, the state space average modeling and analysis method of switch converter has the shortcomings of complex
efficiency optimization of 4phase converter
- 该资料为双向boost DCDC变换器的mathcad计算文档，计算过程十分详细和全面。(This data is a Mathcad calculation document of bidirectional boost DCDC converter. The calculation process is very detailed and comprehensive.)
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
Matlab
- A single phase grid connected with a photovoltaic (PV) power system that will provide high voltage gain with state model analysis for the control of the system has been presented. First the photovoltaic system is designed and simulated using MATLAB