搜索资源列表
sinwave
- 这是一个 在dsp下产生一个正弦信号 ,适用范围广,经常会用到的,很好的. -This is a dsp under a sinusoidal signal applied a wide range of frequently used and very good.
c54xdspsine
- 该代码采用c5400dsp的汇编语言和c语言实现正弦信号,经过实际测试,效果很好,正弦信号输出由dsp的同步串口输出-c5400dsp of assembly language and c language sinusoidal signal, after the actual test and the results very good, sinusoidal signal output from the dsp synchronous serial output
0DSP_利用dsp产生任意信号的三角波
- 利用dsp产生任意信号的三角波,正弦波,方波的发生,采用汇编代码编程,在ccs调试软件下调试-Dsp produce any signal using the triangular wave, sine wave, square wave occurs, the use of assembly code programming, debugging software debugging in ccs
DSP实验箱5502的卷积算法实验
- 这是我们学校的DSP实验箱5502的卷积算法实验,保证可以用,功能很全,它能实现对不同输入信号(正弦波、方波)的卷积结果进行比较.-This is our school s 5502 test box convolution DSP algorithm experiment, to ensure that you can use, features a very full, it can achieve for different input signal (sine wave, square
DSP_sin
- 使用DSP产生300—4000HZ的正弦信号,要求使用计算法,并且频率可变、幅度可变、直流分量可变。用软件CCS5000编程实现,并硬件(DSK板或示波器)连接进行功能演示。 发挥部分:使用DSP产生300—4000HZ的方波和三角波。 -Using DSP to produce 300-to 4000HZ the sine signal, require the use of calculation method, and a variable frequency, amplitude
CFFT
- 在CCS环境下,调用TI的DSPLIB FFT、IFFT函数的例子。 定义了正弦信号和方波信号,可以帮助DSP初学者理解DSPLIB FFT相关函数的调用。-In the CCS environment, calling TI DSPLIB FFT, IFFT function example. Defines a sinusoidal signal and the square wave signal that can help beginners understand DSPLIB FF
sine
- 可以应用在C5402上,基于查表的DSP正弦信号发生程序,用c编写,经测试可直接在ccs上运行。-Can be applied to the C5402, the DSP-based sinusoidal signal look-up table programmed with c prepared by the test can be run directly in the ccs.
ex2sin
- DSP系统学习资料 DSP技术及应用(陈金鹰)书中正弦信号源码-DSP systems DSP technology, learning materials and applications (Chen Golden Eagle) sinusoidal signal source book
dsp
- 基于TMS320C5402的信号发生器(产生正弦波)的程序源代码-Based on TMS320C5402 signal generator (generated sine wave) of the program source code
dsp
- 完成了任意信号的三角波,正弦波,方波的发生-Completion of any signal of the triangular wave, sine wave, square wave occurred
Lab6
- 1.掌握利用DSP产生正弦信号的原理 2.熟悉子程序调用的程序结构以及堆栈的使用 3.掌握CCS的图形输出操作 -1. Control the generation of sinusoidal signals using DSP theory 2. Are familiar with the program structure and subroutine call stack to use 3. Grasp of graphics output operations CCS
DSP_Builder
- 基于MATLAB DSP Builder DSP 可控正弦信号发生器设计-MATLAB DSP Builder DSP-based control design of sinusoidal signal generator
DA
- DSP-TMS320VC5402入门简易程序之DAC程序编写例一:产生正弦信号-DSP-TMS320VC5402 entry summary procedures for the preparation of cases one of the DAC: sine signal
DSP
- 连续正弦信号的离散化采样 为了能用离散数字处理系统处理连续信号 离散化采样非常有用-sampling continous sine signal to create discrete form
dsp
- 应用快速傅里叶变换对信号进行频谱分析,其中包括高斯序列、正弦序列、衰减正弦序列、三角波序列、反三角序列。绘出其时域,频域波形。有详细的标注!-Application of fast Fourier transform spectral analysis of signals, including the Gaussian sequence, sine series, sine decay sequence, triangular wave sequence, the anti-triangula
DSP
- 基于DSP Builder信号发生器的设计,正弦波,方波,三角波,锯齿波生成-Based on DSP Builder signal generator, sine wave, square wave, triangle wave, sawtooth wave generation
sine
- 基于DSP的泰勒级数张开发的正弦信号发生器实现-sine wave
DSP
- 正弦信号的DFT,FFT实现,以及所用时间的比较-DFT,FFT PROJECT
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
DSP课程设计--多波形信号发生器
- 基于DSP实验开发板(芯片:TMS320***)的低频信号源,可以产生正弦波、方波、锯齿波、三角波等常用信号,并能够进行频率、幅度的增减以及波形切换等功能。(The low-frequency signal source based on DSP experimental development board (chip: TMS320***) can generate sine wave, square wave, sawtooth wave, triangle wave and other c