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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
Generator_Fine
- 基于声卡DSP技术和Visual C++编程技术,提出了一种基于声卡的虚拟信号发生器设计方案.能产生正弦波和方波等四种常用波形,并可调节波形的幅值和频率。-Sound card based DSP technology and Visual C++ programming techniques, a virtual sound card based Signal Generator design. Can produce sine and square wave waveforms of fou
3.3.4-DA
- DSP实验DA转换 通过中断的方法控制DA输出正弦波 方波 三角波 锯齿波-DSP control experiment DA DA converter output sine square wave triangle wave sawtooth way through interruption
conv
- 用汇编语言编写卷积运算。Visual DSP++软件环境下使用三角波和正弦波卷积运算验证程序,与MATLAB仿真结果对比。 -Convolution written in assembly language. Visual DSP++ using the triangle wave and sine convolution validator software environment, compared with the MATLAB simulation results.
ex8
- DSP实验测试程序,包括串口、定时器、正弦波发生器、直流电机等。-DSP experimental test procedures, including serial port, timer, sine wave generator, DC motor.
DSP_sine
- DSP程序,放在TXT文件,可调试,功能是产生频率幅值和相位可调的正弦波-DSP procedures, on the TXT file, debugging, the function is to generate frequency amplitude and phase adjustable sine wave
volume
- 这是DSP基础声波音频程序volume。通过读取外部文件sin.dat,可以在CCS中显示出文件中的波形,本例为正弦波。-This is the DSP based sound wave audio program volume. By reading the external file sin.dat, you can display the waveform in the file in CCS. This example is a sine wave.
DAC
- DSP F2812控制DAC7512的程序,可以生成正弦波,三角波-DSP F2812 control DAC7512 procedures, can generate sine wave, triangular wave
FIR滤波器
- STM32f407 DSP库应用 FIR滤波器 用示波器测试PA8,可以测出1Khz的正弦波。如果不是,修改PWM参数,使其正好为1Khz.(STM32f407 DSP library uses FIR filter Oscilloscope PA8 test, you can measure the sine wave of 1Khz. If not, modify the PWM parameter to make it exactly 1Khz.)