TMS320C6713造句怎么写

8、A new design of PMD compensation control module based on TMS320C6713

10、The method of using CPLD to realize high speed datatrasmission between DSP chip TMS320C6713 and VMEbus onthe backboard is described.

12、Aiming at the character of TMS320C6713, the paper analyzes and discusses the implement approach of controller, at last points out system composition, and given corresponding principle block diagram.

14、Puts emphasis on hardware design and realization of data acquisition module and the HPI communication module and other peripheral circuits of TMS320C6713.

16、In order to verify the effectiveness of the design, we build an test platform using TMS320C6713 DSP, on which the software fault injection method is adopted to verify our design.

1、TMS320C6713 has strong ability in data processing.

3、TMS320C6713 stepper motor control experimental procedure, the development environment CCS.

5、Design of Image Grabbing and Processing System Based on TMS320C6713

7、In the DSP software programme, the thesis accomplished the fast correlation algorithm on the DSP TMS320C6713.

11、The Texas Instruments company promotes high-performance floating-point DSP chip TMS320C6713 obviously enhanced the embedded application performance, reduced the system design order of complexity.

15、By using the EDMA function of TMS320C6713, this system can transport video data at very high speed without CPU interference, thus improving the performance and diminishing the system burthen.

2、Signal Processing of NQR Explosive Detection System Based on TMS320C6713;

6、Design of DSP Proportion in MPC8540 and TMS320C6713 DSP Dual-Kernel Hardware System;

13、This article describes this chip's structure, the characteristic and the function, and has carried on the TMS320C6713 minimum system's design, and expounds the attention in PCB design.

4、Realization of Orthogonal Phasor Filter Based on TMS320C6713

17、德州仪器公司推出的高*能浮点DSP芯片TMS320C6713显著提高了嵌入式应用的*能，降低了系统设计的复杂度。

9、The Design of the High-Speed Data Acquisition System Based on TMS320C6713 DSP;