电力电子课程设计，请教做什么方面的相对比较有价值。

额，就flyback吗。就是书上学的flyback还是需要其他什么。关于这个flyback老师在要求中关于元器件的选择的时候有提到。

For the   fly-back converter to remain in discontinuous conduction mode over the entire load range I need an transformer with a magnetizing inductance

LM  350 H. The magnetizing inductance used is of 

L = 312H. This is the inductance of fly-back transformer wound on an RM-12 3F3 core with 12 turns of AWG14 wire in the primary as described below.

The inductor has a series resistance of RL = 115m. A plot of the V-I curve of the PDS760 schottky diode shows that over the operating range the diode has a constant forward drop of 0.6 V. At full load, these two components will have a total loss of 12 W. Hence, the eciency target of 90% at full load can be met by selecting a Mosfet that will lead to less than 5 W of losses. The IRF6674TRPbF

Mosfet will experience a total of 3 W of loss (1 W conduction loss) and meets the voltage requirements for this design.

额。有哪位大侠有好的想法吗

额，可能因为是英文的大家没兴趣看，那我把它翻译一下。

本人研一，上电力电子设计课程最近需要做课程设计。本人背景：没什么项目经验，这是上的第二门电力电子课，只是学完了mohan的power electronics书和erickson 的fundamentals of power electronics。 设计要求如下： 1，设计一个power converter,越实际越好 converter在反馈下要稳定，要有合适的input and output filter, 选用元件要有合适的值

2. 输出功率大于12 W.

3. 如果你设计non-isolated converter,你有两个选择: 1，用peak current control. 2， 用电压控制但是converter要工作在discontinuous conduction mode

4如果设计的是isolated converter, 你可以用电压控制, 但是反馈信号不能破坏绝缘.

5. 所有元器件要能在网上买到.

6.画出电路图而且要layout 通过an automatic DFM (Design For Manufacturability) check.

我现在只是学了书本知识，没有实际动手经验，这次的project也是个很好的锻炼，我就是想请教大家我这个project取材方面的问题，做什么方面的power converter会比较好一点。project的时间是4月中旬结束。所以时间的把握也是一个问题。求助各位电源大虾了！！

英文不太好，没大看懂，建议你去国外论坛上问一下吧。

翻译过了阿。。。应该能看懂了~~