资源列表
PWM_TIMER_INT
- DSP28335的EPWM实例，使用EPWM1模块的中断，EPWM1A产生波形变化的矩形波，EPWM1B产生波形稳定的矩形波。EPWM2，EPWM3类似。-The DSP28335 EPWM instance, interrupt the use of the EPWM1 module, the rectangular wave EPWM1A waveform changes, EPWM1B generates a rectangular waveform stability. EPWM2, l
EPWM1
- DSP28335的EPWM实例，使用EPWM1模块的EPWM1A产生波形变化的矩形波，EPWM1B产生波形稳定的矩形波。-DSP28335 EPWM example, rectangular wave using the EPWM1 module of the EPWM1A waveform changes, EPWM1B generates a rectangular waveform stability.
SEED601_Complexiondetect
- 基于DM642的肤色检测源代码，对肤色范围进行了判断计算，并将肤色区域用方框标出-DM642-based skin color detection source code, to determine the color range of the calculation, and the skin area marked by box
float-erjinzhi
- 浮点数的二进制学习笔记 有利于深入理解浮点数-The study notes floating point binary floating-point number in favor of in-depth understanding
TS201radar
- 基于TS201的雷达测速测距C程序和MATLAB，含注释，雷达回波数据由压缩包中的matlab程序生成-基于TS201的雷达测速测距程序，含注释，雷达回波数据由压缩包中的matlab程序生成 Radar ranging procedure, based on TS201 with comments, radar echo data generated by the matlab package in the compression
main1
- 实现语音信号的采集与播放，利用DMA中断进行AD转换，以及数据的采集，多通道缓冲同步串口程序-Voice signal acquisition and playback, using DMA interrupt AD conversion, as well as data acquisition, multi-channel synchronous serial buffer program
DSP-With-MATLAB-Design
- DSP学习的经典资料，深入浅出的讲解DSP的原理及开发-DSP learning classical information theory and explain in simple terms the development of DSP
dsp-code
- 本代码主要实现SVPWM的算法，主要针对dsp28335。PWM波的频率为10KHz，死去时间2us。-This source code mainly realizes SVPWM and dsp28335 is used.The frequency of pwm is 10Khz and dead band time is 2us
TMS320C6713SDRAM
- 基于TMS320C6713的外部dram测试程序，注释详尽，供初学都参考！-Based on TMS320C6713 external dram test procedures, detailed notes for the beginner reference!
ICETEK-F2812-A
- ICETEK-F2812-A自带例程，比较全面，非常适合DSP初学者。-ICETEK-F2812-A own routines, more comprehensive, very suitable for beginners DSP.
enet_lwip
- 基于F28m35 lwip协议栈，UDP协议通信-F28m35 lwip protocol UDP communication
DSP_FFT
- 产生两不迥频率的信号，并对两信号作复数FFT变换，找出频率为50Hz的信号对其进行能量计算-Two distant signal is not generated frequency, and two signals for complex FFT transform to identify the frequency of 50Hz signal to calculate its energy