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mcbsp
- 利用DSP的MCBSP串口调用其内部正弦表 重串口输出正弦-use DSP MCBSP serial called its internal sine table re-Serial output sinusoidal
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.
DSPexperimentteachingmaterial
- 利用DSP.的CCS3.0/2.0作学习用的资料,对DSP的初学者来说,肯定有用处,里面提供了八个实验,包括正弦波信号,中断向量处理等程序,可以快速了了解CCS软件的操作.-use of DSP. CCS3.0/2.0 for the study of data used to DSP beginners, certainly useful, which provided eight experiments, including sinusoidal signal vector interrup
SIN_fashengqi
- 2006altera大赛－基于软核Nios的宽谱正弦信号发生器设计：摘要：本设计运用了基于 Nios II 嵌入式处理器的 SOPC 技术。系统以 ALTERA公司的 Cyclone 系列 FPGA 为数字平台，将微处理器、总线、数字频率合成器、存储器和 I/O 接口等硬件设备集中在一片 FPGA 上，利用直接数字频率合成技术、数字调制技术实现所要求波形的产生，用 FPGA 中的 ROM 储存 DDS 所需的波形表，充分利用片上资源，提高了系统的精确度、稳定性和抗干扰性能。使用新的数字信号处理（
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
DSP中含有gauss白噪声的双频正弦输入
- DSP中输入信号的生成过程。 conio.cpp实现X(n)信号，其中有两个频率分量的正弦信号（正弦计算由sinwn.cpp实现），频率可变，这里取140Hz和70Hz。 考虑了高斯白噪声，由gauss.cpp实现。 最后该信号共产生2000个点，最后的信号点存储于 “x.txt”文本中。-DSP input signal generation process. Conio.cpp achieve X (n) signal, in which there are two components o
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
Sinout
- dds正弦可控发生计全结果 用到matlab，dsp，Quartus II 6.0软件-dds controllable sinusoidal occurred wholly the result of use of matlab, dsp, Quartus II 6.0 software
dsp
- 设计用DSP产生正弦波，用到了C54X的DSP处理软件，最终能产生正弦波-Sine wave generated by DSP design, the DSP used in the C54X-processing software, and ultimately to produce sinusoidal
DSP-c-Matlab-Programs-ManualV19
- 印度GURUNANAK ENGINEERING COLLEGE数字信号处理实验室的DSP+c+Matlab联合编程手册-DIGITAL SIGNAL PROCESSING LAB (IV-I SEM) INDEX 1. Architecture of DSP chips-TMS 320C 6713 DSP Processor 2. Linear convolution 3. Circular convolution 4. FIR Filter (LP/HP) Using Wi
4bitlock
- 本文以在PFGA芯片中实现一个简单的可控正弦信号发生模块的设计为例，详细介绍DSP Builder的使用方法，从而有介绍一种另外PFGA—DSP算法的程序方法。-In this paper, in the PFGA chip to achieve a simple sinusoidal signal control module design as an example, detailing the use of DSP Builder methods, thus introducing a k
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
DSP
- 综合运用DSP的软硬件知识，进行实际DSP系统的硬件设计、连接和软件编程、调试，以加深对DSP基本知识的理解，提高综合运用知识的能力，分析解决问题的能力和DSP技术实践技能，初步培养开发实用DSP系统的能力。-DSP Realization of sinusoidal signal generator
Implementation-of-DSP-Based-SPWM-for-Single
- This paper presents theoretical and experimental aspects related to the implementation of a Digital Signal Processor (DSP) based Sinusoidal Pulse Width Modulation (SPWM) for single phase inverter.
Implementation-of-DSP-Based-SPWM
- This paper presents theoretical and experimental aspects related to the implementation of a Digital Signal Processor (DSP) based Sinusoidal Pulse Width Modulation (SPWM) for single phase inverter.
Implementation-of-DSP-Based
- This paper presents theoretical and experimental aspects related to the implementation of a Digital Signal Processor (DSP) based Sinusoidal Pulse Width Modulation (SPWM) for single phase inverter.
Implementation-of-DSP
- This paper presents theoretical and experimental aspects related to the implementation of a Digital Signal Processor (DSP) based Sinusoidal Pulse Width Modulation (SPWM) for single phase inverter.
Implementation-DSP
- This paper presents theoretical and experimental aspects related to the implementation of a Digital Signal Processor (DSP) based Sinusoidal Pulse Width Modulation (SPWM) for single phase inverter.
SPWM-wave-DSP-control-algorithm
- 正弦脉宽调制(SPWM)波的DSP控制算法的PPT讲义，也是毕设答辩时的PPT内容-Sinusoidal pulse width modulation (SPWM) wave DSP control algorithms PPT handouts, but also completed the set contents of the PPT reply
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