3.5DEMO

说明：  使用Psim软件仿真，boost电路双闭环控制。(Using Psim software simulation, boost circuit double closed-loop control.)

非常给力的VB嵌入汇编代码的工具类，一看就懂，谁说VB不能搞汇编？简单好用，懂点汇编的很快上手，做WG的朋友们有福了~~~(Tools very awesome VB embedded assembly code, one can understand, who can not engage in VB assembly? Simple and easy to use, understand the point of assembly of a very fast start, do WG friends blessed)

使用dsp f2812完成DFT复数波束形成，先是在matlab上进行仿真，再在ccs上进行实现的程序(Dsp f2812 complete DFT complex beamforming, first in matlab simulation program to achieve in ccs)

msp430两根线串行通信12864显示！在g2553测试通过， 使用ccs5.1环境！(12864 Display of the msp430 two-wire serial communication! By g2553 test, use ccs5.1 the environment!)

基于F28035的EQEP模块用于捕获外部脉冲的程序(The EQEP based F28035 module for capturing external pulse program)

基于TMS320C5502的小波变换程序，代码简洁，适合作于学习DSP开发的学习参考程序(TMS320C5502-based wavelet transform procedures, the code is simple and suitable for the development of learning to learn DSP reference program)

说明：  SCI功能开发例程，串口通讯调试，UART测试使用。(SCI example, SCI communication, good style)

TMS320C6678 FFT源代码，TMS320C6678是TI公司推出的一款8核DSP，具有强大的并行处理能力，FFT代码底层使用汇编编写，使用C语言调用，模块化功能，便于使用(TMS320C6678 FFT source code, TMS320C6678 is TI has introduced an 8-core DSP, a powerful parallel processing capabilities, FFT underlying assembler code written in C language calling, modular functionality, ease of use)

说明：  程序包中包括Chebyshev低通滤波器、巴特沃斯模拟低通滤波器、Cholesky分解、DFT算法、FFT算法，可以直接移植到嵌入式系统或DSP中实现。(Package includes Chebyshev low-pass filter, Butterworth low-pass filter simulation, Cholesky decomposition, DFT algorithm, FFT algorithm, can be directly transplanted to the embedded system or DSP to achieve.)

这是研究欧洲DVB-T标准的一套合集，主要介绍了DVB-T单频网的同步技术，以及系统设计和实现。其中对DVB-T单频网进行了详细的讲解，对研究我国的数字电视广播技术也有很好的借鉴作用。(This is the study of the European DVB-T standard a collection, mainly introduces the synchronization technology of DVB-T single frequency network, and the system design and implementation. It make a detailed explanation of DVB-T single frequency network, also have a very good reference for digital television broadcast technology research in china.)