您对电源转换控制有多少了解？

Use a SPICE circuit simulator to model the converter and controller

手动对控件算法进行编码，并使用硬件设置对其进行调整

Model and simulate the controller and power converter in a system-level simulator

Conduct frequency-domain analysis of the system and use a Bode plot or root locus to tune controllers

Conduct frequency-domain analysis and tune the cascaded controller independently

Develop an average value–based model of the power electronic system before tuning controllers

Conduct time-domain analysis and tune the controllers at a fixed operating point

Test the real-time execution of controller code before verifying in a hardware prototype

发现和纠正错误前潜在的损害the power electronics system

Reduce time cost and improve development efficiency

All of the above

Check the dynamic response of a time-varying load

通过在硬件上测试来检查动态性能

Check the dynamic response of a time-varying input voltage

Check the dynamic response of aging components

Develop a model to simulate fault conditions before proceeding to hardware testing

在故障条件或所有可能的操作范围内直接测试电源转换器

Develop and simulate state and supervisory logic model for fault handling

在模拟过程中为故障条件和监督控制创建测试安全带

硬件测试之前，建模和模拟大型电气系统

Directly testing on hardware

香料模拟

手工编码和快速原型制作

Software-in-the-loop (SIL)

Processor-in-the-loop (PIL)

Hardware-in-the-loop (HIL)

All of the above

真的

False

Fixed-point design

Small-signal analysis

空间向量调制

Time-domain analysis

You can avoid hand-coding errors caused by misinterpretation of the algorithms or typographical errors

If you need to make changes to the code, you can verify the impact of changes to algorithms in simulation and re-generate code

You can test your algorithms using simulation for extreme operating and fault conditions and know that the code will behave the same as the algorithm

All of the above