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biDCDC
- DAB 拓扑电路的基本工作原理是在相移控制下实现的。在 传统的相移控制中，只需控制两侧全桥产生占空比 0.5 的方波，通过串联辅 助电感和隔离变压器漏感传递能量，控制方法简单，效率比较高-The basic principle of DAB in the circuit topology is the phase shift control to achieve. In a conventional phase-shift control, both sides need to cont
SST-DAB
- 基于移相全桥的双向DCDC变换器，并且有内移相角和外移相角的双重移向。试制的样机功率100W，效率最高90％(Bi-directional DCDC converter based on phase-shifted full-bridge, and has dual shift of internal phase angle and external phase angle. Trial prototype power 100W, the highest efficiency of 90%)
shuangyixiang
- 实现隔离全桥型dcdc变流的双移相控制，后面可以增加闭环控制(The dual phase shifted control of isolated full bridge DCDC converter is realized, and closed loop control can be added afterwards.)
DAB
- 双有源桥DC-DC高频隔离变压器的Simulink仿真，实现稳定的输出电压，采用SPS移相调制(Simulink simulation of double active bridge DC-DC high-frequency isolation transformer for stable output voltage using SPS phase-shift modulation)
59564376DAB
- 搭建了一个使用传统单移相控制的双有源桥仿真模型(A simulation model of dual active bridge using traditional single-phase-shift control is built.)
双向全桥
- 此模型为MATLAB仿真DAB三重移相的六种工作模态。(This model is matlab simulation DAB triple phase shifting .)