Flashing lights with pic16f8

dsp 2812控制支流电机的程序 使用pwm算法 开发环境是ccs2-dsp 2812 tributaries of the motor control program uses pwm algorithm development environment is ccs2000

CCS中图象的小波变换编码. 在DSP6000系列的ccs环境中，SIMULATOR模式下的一个图象小波变换的程序.注意运行程序的时候,芯片型号和仿真器类型,以及添加相应的DSP库文件-CCS in the wavelet transform image coding. DSP6000 series of ccs in the environment, SIMULATOR mode of an image wavelet transform procedures. Attention to running the program, the chip model and simulator type, and add the corresponding DSP library file

1、（1）32bit乘法的指令解释 （2）volume1的load.asm基础上实现一个 16bit数组的乘法累加的函数，并进行 -o2 / -o3 / 手工优化 2、c环境 C调用汇编函数，汇编函数调用c函数 addarr3(int * arr1, int * arr2, int * arr3, int * arr4, n) //汇编函数，3个数组的对应位置相加，结果放在arr4[n]中， 汇编函数调用C的子函数，它把arr1和arr2相加放到arr3[n]中； addarr2(int * arr1, int * arr2, int * arr3, n)-1, (1) 32bit multiplication instructions explained (2) the load.asm volume1 on the basis of a a 16bit multiplication cumulative array of functions, and-o2 /-o3/2 manual optimization, c environment compilation called C function, the compilation function call c function addarr3 (int* arr1. int* arr2, arr3 int*, int* arr4, n)// compilation function, 3 arrays corresponding location together, the results on arr4 [n], the compilation of the C function call function, arr1 put it together and put arr2 arr3 [n]; addarr2 (int* arr1, int* arr2, int* arr3, n)

adc属于dsp的ti官方，可以参考一下。我自己家了一点在里面，忘指点一次啊！-adc belongs to dsp" s ti" s official, you can reference. I have a little inside his home, and forgot to pointing an ah!

用WORD写的DSP EVM板与PC机通讯程序。-using Word to write the DSP EVM and PC communication procedures.

永磁同步电机的控制，包含了SVPWM、PARK、CLARK变换，通过霍尔传感器采集三相电流大小，经过Park、clark逆变换转换成Id、Iq进行反馈，此外还通过编码盘检测转子位置并将seita值反馈给输入转速。实现转速电流闭环控制。

基于TI tms320lf2407 DSP 的FIR滤波算法（编译环境CCS2.20)-TI tms320lf2407 DSP based on the FIR filter algorithm (compiler environment CCS2.20)

TMS320LF2407A构成的EEPROM读写程序AT24C02.rar-TMS320LF2407A posed EEPROM read and write procedures AT24C02.rar

TI5509A-DSP－192*64液晶显示驱动，自己写的-TI5509A-DSP-192* 64 LCD driver, wrote it myself

μCOS_Ⅱ在TI公司超低功耗DSPTMS320VC5509A下的移植问题-μCOS_ Ⅱ in the TI ultra-low power companies under the Transplantation of DSPTMS320VC5509A