资源列表
TMS320C6657
- 内含TMS320C6657参考原理图，TMS3206657的uart，upp，I2C，Timer，SPI等例程可供参考。-TMS320C6657 includes reference schematics, TMS3206657 the uart, upp, I2C, Timer, SPI and other routines for reference.
DSP28335-485收发程序配置
- DSP28335 485通信配置，采用FIFO缓冲，通过中断实现收发(485 interrupt transmit-receive configuration)
live_ts
- 直播服务,包括h264,aac ts 可以直接 修改使用在海思平台和其他平台(Broadcast services, including h264, AAC and ts can be modified to use in Hisilicon platform and other platform directly)
CCS6_License(破解)
- 将”CCS6_License.lic”文件拷贝到 C:\ti\ccsv6\ccs_base\DebugServer\license 目录中即可完成激活，获得full license，使用全部功能。(Copy the "CCS6_License.lic" file to the C: \ ti \ ccsv6 \ ccs_base \ DebugServer \ license directory to get the full license and use the all
数字信号处理 基于计算机的方法 4版（中文版）
- 基于matlab的数字信号处理教程，对于入门学生可以提供帮助(Digital signal processing based on MATLAB)
PMSM电机的无传感器磁场定向控制源码
- 永磁同步电机的无速度传感器矢量控制源代码(source code of sensorless vector control of permanent magnet synchronous motor)
Rectifier_28335
- 单相逆变器，光伏并网程序 亲侧好使可以给大家参考(Single phase photovoltaic grid connected inverter.)
SST-DAB
- 基于移相全桥的双向DCDC变换器，并且有内移相角和外移相角的双重移向。试制的样机功率100W，效率最高90％(Bi-directional DCDC converter based on phase-shifted full-bridge, and has dual shift of internal phase angle and external phase angle. Trial prototype power 100W, the highest efficiency of 90%)
3L_SVPWM_PT714
- NPC三电平SVPWM逆变器的dsp程序，基于TI公司的28335系列DSP(NPC three level SVPWM inverter's DSP program, based on TI's 28335 series DSP)
DSP F2812控制直流无刷电机源代码
- DSP F2812控制直流无刷电机源代码(DSP F2812 control of DC brushless motor source code)
DSP_Inverter_SVPWM
- 用DSP28335编写了一个SVPWM的程序,开环产生一个旋转的参考矢量，求出两个合成矢量的占空比，输出到电压源逆变器进行控制(A program of SVPWM is written in DSP28335. A rotating reference vector is produced in the open loop, and the duty ratio of two synthetic vectors is calculated. The output to the voltage
project_V3（注释）
- 可以对所给正弦信号进行采样，并判断过零点且输出频率和正弦信号一样的方波信号。用ePWM模块来确定采样频率，来一次中断采样一次，确保采样率。并对所采样的数据进行有效值计算(The given sinusoidal signal can be sampled and the zero-crossing point can be determined and the square wave signal with the same frequency as the sinusoidal signal