搜索资源列表
dc_dcpwm
- 基于双向DC-DC变换器，可以实现双向升降压，在实验室已得到验证，DSP2812-Based on the bi-directional DC-DC converters, can achieve two-way lifting pressure, has been tested in the laboratory, DSP2812
epwm_updown_aq
- 使用DSP28335实现三通道交错并联双向DC-DC变换器的控制-DSP28335 generated using three-channel interleaved parallel DC-DC control signal
PWM-DC-DC
- 电动汽车充电站matlab模型，包含PWM整流模块、双向DC-DC充放电模块，采用matlab自带电池模型，供参考，希望有所帮助。-EV charging station models based on matlab.
Two-way-DC---DC-conversion-circuit
- 双向DC-DC转换电路设计详细描述，可解决你的大部分问题 电子竞赛参赛作品-Two-way DC- DC conversion circuit design details, can solve most of your questions
dc-dc
- 双向dc-dc的控制算法，实现升压降压双向变换-Two-way dc- dc control algorithm, realization of step-up step-down two-way transformation
Bidirectional-DC-DC-converter
- 双向DC-DC变换器（原理图+PCB源文件+源代码+论文）使用者可自行修改和编写代码实现自己的功能。-Bidirectional DC-DC converter (principle figure+PCB source file+ source code+ Thesis) users can modify and write code to realize their functions.
dcdc
- 基于PSCAD/EMTDC搭建的双向DC/DC，适用于储能研究(Bidirectional dc/dc converter based on PSCAD/EMTDC,suitable for battery research)
DCDC程序 (1)
- 设计并制作用于电池储能装置的双向DC-DC变换器，实现电池的充放电功能，功能可由按键设定，亦可自动转换。(A bidirectional DC-DC converter for battery energy storage is designed and implemented to realize battery charging and discharging functions. The functions can be set
epwm_updown_aq
- 使用DSP28335实现三通道交错并联双向DC-DC变换器的控制(28335 DC-DC convert three channel)
双向DC-DC
- 2015年全国大学生电赛，双向DC-DC变换(Bidirectional DC-DC transform)
Final _ Power8.7
- 基于STM32的双向dc的软件算法，电流电压双闭环系统(Bidirectional DC based on STM32)
buckboost
- simiulink双向DC-DC仿真模型(BDC model of simulinl)
Battery
- 用于微电网（直流交流）中蓄电池和电网的连接，蓄电池可充可放(Two way DC/DC converter, can be used in micro-grid to connect battery)
三电平双向DCDC变换器及充放电控制
- 三电平双向DC/DC变换器及充放电控制设计(Three level bidirectional DC/DC converter and charge / discharge control design)
Schoolmatch
- 交流与直流共同向逆变供电，系统输出交流电，且交流电源可向直流电源充电。(AC and DC power supply to inverters, the system outputs AC, and AC power can be charged to DC power supply.)
dcdc
- 光伏发电DC-DC 仿真，利用H 桥型双向 DC/DC 变换器的原理 其电压极性不变，但电流的极性却不同，因此能够实现能量的双向流动，功率可以向两个方向流动，而能量流动的方向可由负载大小以及光伏电池的发电特性而决定。对于储能装置的电路拓扑结构，本文采用 H 桥型 Buck/Boost 直流变换器来完成对蓄电池充电放电的控制。(DC-DC simulation of photovoltaic power generation)
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 dut
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)
双向DCDC电路仿真和DCDC LLC资料
- Simulink的双向DC/DC电路仿真以及一些相关资料(Simulink's bidirectional DC / DC circuit simulation and some related data)
直流微电网储能系统双向DCDC变换器控制策略研究
- 该文件为半桥式双向dc-dc充放电的仿真，仿真中含有蓄电池，并模拟了电压阶跃(This paper is the simulation of half bridge bi-directional DC charging and discharging, in which the battery is included and the voltage step is simulated)