CODE-DE-PROGRAMATION-STANDART

DSP program for control inverted pendulm.

TI-DSP application note

利用反正切进行角度计算，可用作DSP上的锁相环(can be used as SPLL on DSP)

单相逆变器的仿真模型,主要实现光伏逆变器的仿真功能，(Single-phase inverter simulation model)

tms320c6748 RTC source code

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.)

说明：  全书共分8章。第1章概述DSP技术发展的两个领域，DSP芯片的特点、现状及应用，并简单介绍TMS320系列DSP，即C2000、C5000、C6000的特点和应用领域；第2章是TMS320C54x的硬件结构，介绍总线结构、中央处理单元、存储器和中断系统；第3章介绍TMS320C54x的寻址方式和指令系统；第4章介绍软件开发过程和基本汇编语言程序设计方法；第5章是DSP集成开发环境(CCS)，通过举例介绍了CCS的使用方法；第6章是片内外设，介绍可编程定时器、串行口、主机接口及其应用；第7章是基本硬件系统设计，介绍外部存储器和I/O扩展、A/D和D/A接口设计、时钟及复位电路设计、供电系统设计；第8章介绍了典型DSP应用系统的设计和实现方法，包括正弦信号发生器、FIR数字滤波器、快速傅里叶变换(FFT)、语音信号采集与回放。(The book is divided into eight chapters. Chapter 1 outlines the two areas of DSP technology, DSP chips, features, status and application, and a brief TMS320 series DSP, the C2000, C5000, C6000 features and applications Chapter 2 is the TMS320C54x hardware structure, introduced bus structure, the central processing unit, memory and interrupt system Chapter 3 describes the addressing modes and instructions TMS320C54x system Chapter 4 describes the software development process and basic assembly language programming method Chapter 5 is a DSP integrated development environment (CCS ), through the examples of the use of the CCS Chapter 6 is the on-chip peripherals, the programmable timer, serial ports, host interface and its application Chapter 7 is the basic hardware system design, describes the external memory and I/O expansion, A/D and D/A interface design, clock and reset circuit design, power supply system design Chapter 8 describes a typical DSP application systems design and i)

dsp PWM程序 用来控制直流电机 直流无刷电机等(dsp PWM procedures used to control DC motor Brushless DC Motor and so on)

fir算法的MATLAB实现过程。非常完整的实现了FIR算法，运行速度很好(fir algorithm in MATLAB process. Complete FIR algorithm, running speed is good)

基于TI DSP c672x的音频信号处理,音频编解码芯片采用AIC23，通过I2C对AIC23进行操作。(Based on TI DSP c672x audio signal processing, audio codec chip AIC23, AIC23 carried on through the I2C operation.)