very helpful sources about dsp

TMS320F2812原理与c程序开发书籍全部程序，含各外设的例程,对ad采集很有帮助-all programs in TMS320F2812

自己写的QDMA带中断的测试程序，适用于C6000系列DSP.-himself wrote the QDMA interrupted with the test procedures applicable to the C6000 DSP.

自己编写的DSP 键盘扫描程序，对初学者很有帮助的哦-I have written DSP keyboard scanner, useful for beginners Oh

TMS320F2812 的串口编程实例(hellodsp学习资料)-SCI of TMS320F2812

CMOS 74系列芯片全部资料之三，74X系列。写硬件程序必备的资料！-CMOS 74 series chips all the information ter, 74X series. Written procedures required hardware information!

支持类型TI DSP TMS320DM642；；测试dsp的lattest功能函数 -support TI DSP TMS320DM642 types; ; Testing the lattest dsp function function

DSP平台上实现FFT算法,体现了DSP在数字信号处理方面的优越性,-DSP platform realize FFT algorithm, embodied the DSP in the digital signal processing aspects of the superiority of

Welcome to the software files for the ADS8361 to TMS320F2812! There are two project files in each of the folders McBSP, SPI and Both. Mode II and IV are explored using the McBSP port alone, as well as the SPI port. These projects are located in the SPI and McBSP folders. Modes I and III are explored using both McBSP and SPI. In Mode I, the M0 and M1 pins are controlled by use of the jumper on the evaluation module. A0 is controlled by the DX pin of the McBSP port. In Mode III, the A0, M0 and M1 pins are controlled via GPIO functions of PortF. The "SRC", "CMD" and "INCLUDE" files in the archive are from "C28x Peripheral Examples in C" (document # SPRC097). If you have questions about this or other Data Converter products, feel free to e-mail us at: -Welcome to the software files for the ADS8361 to TMS320F2812! There are two project files in each of the folders McBSP, SPI and Both. Mode II and IV are explored using the McBSP port alone, as well as the SPI port. Th

dsp测试初始化编程-dsp initialization testing program

应用背景OFDM作为LTE的关键技术之一，应用越来越广泛，这个代码是在DSP上实现OFDM通信系统，很有参考价值关键技术OFDM(Orthogonal Frequency Division Multiplexing)即正交频分复用技术，实际上OFDM是MCM(Multi Carrier Modulation)，多载波调制的一种。OFDM技术由MCM（Multi-Carrier Modulation，多载波调制）发展而来。OFDM技术是多载波传输方案的实现方式之一，它的调制和解调是分别基于IFFT和FFT来实现的，是实现复杂度最低、应用最广的一种多载波传输方案。