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MC34063design
- 介绍了MC34063的升压与降压的外围设计，并由软件自动生成外围电路！适合初学者使用！-Introduced the MC34063 boost and buck the external design, the software automatically generated by the external circuit! Suitable for beginners!
BuckPBoostPTamPProje
- boost, buck converter
na
- Buck－Boost电路的建模与仿真主程序
powerseminar
- 电力电子技术文档，包括BUCK电路、boost电路、逆变电路等设计。-Power electronic technical documentation, including the BUCK circuit, the boost circuit, inverter circuit design.
buck_close_loop
- Boost converter for voltage boost and buck.
ludeng_whole_system
- this a systerm s application based on PIC16F877A, whitch represent a kind of intelligent solar led streetlight.the hard ware circuit are buck and boost converters. -this is a systerm s application based on PIC16F877A, whitch represent a kind of intel
stm8s003-8.4V
- 单片机控制，升压，降压单独IC 4个指示灯，一个完整的方案，希望对大家有所帮助！-MCU control, boost, buck-alone IC 4 LEDs, a complete solution, we want to help!
Main2
- A switching regulator is a circuit that uses a power switch, an inductor, and a diode to transfer energy from input to output. The basic components of the switching circuit can be rearranged to form a step-down (buck)converter, a step-up (boost) c
Buck_Boost
- Buck and boost converter simply modified
cuckooMain
- Therefore, the Z-source inverter can buck and boost voltage to a desired output voltage that is greater than the available dc bus voltage
TL4941
- tl494芯片模块的仿真资源，可以用于buck电路或者boost课程设计-Simulation Resource tl494 chip module that can be used buck or boost circuit course design
Boost_Buck0
- 双向Boost-Buck变化器均流模型,希望对大家有所帮助-Bi-Boost/Buck Converter
Bi_directional_FixVoltage_2016a
- 蓄电池双向Boost/Buck充放电控制，与电网结合。(Battery bi-directional Boost/Buck charge and discharge control, combined with the grid.)
仿真电路
- 实现双向DC/DC充放电，包括主电路拓扑以及控制器(Implementation of bidirectional DC/DC charging and discharging)
Buck-Boost四开关同步整流-
- 二开关的同步整流程序，使用的是STM32f103(Two-switch synchronous whole process, using STM32f103)
BidirectionDC-DC
- 此模型为双向DCDC，可用于电池充放电，燃料电池升降压模拟等。采用PWM控制IGBT管占空比。可直接运行，在其基础上修改简单(This model is a bidirectional DCDC, which can be used for battery charging and discharging, fuel cell buck-boost simulation. PWM control of the IGBT tube duty cycle. Can be run directly,
实现电池储能装置的双向DCDC
- 为实现电池储能装置的双向DC-DC变换器，本系统以buck-boost拓扑电路(Battery Energy Storage, Bidirectional DCDC)
MAX25610A/B开发资料
- MAX25610A/B 驱动方案优势： • 高效率：效率高达90%，而标准buck-boost LED驱动器的效率为约为85% • 业界领先的EMI性能：帮助设计者通过CISPR 25 EMI规范验证 • 小尺寸：集成两个MOSFET (高、低边开关)，采用5mm x 5mm TQFN封装 • 灵活性：可配置为buck、buck-boost和boost模式，支持高性能外部和前灯照明应用的多种LED和拓扑结构
Battery_charge_discharge_400V_2015
- 电池管理系统，实现充放电，电压电流双闭环控制，恒压，buck-boost输出。(battery management system)
modi_Bat
- 双向储能变流器PSCAD模型，适用版本v4.6。双级式三相储能变流器模型，针对锂电池建模，PCS建模。(Three-Phase Battery Energy Storage System.a three-phase battery energy storage system (BESS) comprising of Buck/Boost DC-DC converter and voltage source converter (VSC). each module is given to ex