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elecpieno
- Matlab 数字信号发生器 能产生正弦方波三角波等常见的波形数字信号,并提供了图形界面-matlab
zhenxianxinhao
- 此文件是正弦信号发生器实验的源码,这是老师的资料,对课堂很有帮助-This file is the sine signal generator with source code, it is the teacher of information helpful to the classroom
oj
- 单片机信号发生器,正弦波、方波、三角波-jlkhfka kjksajkj kjkjkl kkj
DigitalSignalGenerator
- 多功能信号发生器,实现4种常见波形正弦波、三角波、锯齿波、方波的功能。并且输出信号的频率范围为100Hz~200KHz,输出频率可以调节;可以存储任意波形特征数据并能重现该波形,还可完成各种波形的线形叠加输出,具有显示输出波形、频率的功能。-Digital Signal Generator
monidianzifanshengqi
- 产生方波——三角波——正弦波函数信号发生器-Produce a square wave- Triangle wave- sine function signal generator
DDS
- 基于DDS的信号发生器的设计,采用LCD进行显示。-Based on the design of DDS signal generator, with LCD display.
dds
- 基于FPGA的DDS波形信号发生器,功能强大,代码规范,值得学习-FPGA-based DDS waveform signal generator, powerful, code specifications, it is worth learning
xinhaofashengqi
- 信号发生器,正弦波,可调占空比的方波,锯齿波-Signal Generator
DAC0832
- 基于单片机与DA芯片DAC0832开发的低频信号发生器-DA chip DAC0832 based on Microcontroller and the development of low-frequency signal generator
51_mcu_DDS_signal_generator
- 该文件时基于单片机的DDS函数信号发生器,产生的波形为三种:三角波,正弦波,方波-The document function based on single chip DDS signal generator, waveform generated three types: triangle wave, sine wave, square wave
89C51pinlvjiLCD1602
- 本设计是基于MCS-51单片机的等精度频率计。输入信号为峰峰值5v的正弦信号,频率测量范围10HZ~100MHZ ,频率测量精度为0.1 。采用1602液晶显示器显示测量结果。信号源由PROTEUS 的虚拟信号发生器产生-This design is based on the MCS-51 microcontroller and other precision frequency meter. 5v peak to peak input signal is sinusoidal signal,
last
- 微机原理与接口技术———倍频信号发生器的的分析与设计 )主要任务:有一输入方波信号f0(50Hz~100Hz),时钟信号1MHz。要求输出信号: f1=2* f0, f2=4* f0。(自动跟踪) -Microcomputer Principle and Interface Technology--- Frequency Signal Analysis and Design of generator) Main tasks: there is a square wave input
SPI
- SPI串行输出控制DA变换,实现函数信号发生器的功能,有方波,正弦波,三角波三种可调,输出波形,频率都是可调的!-SPI serial output control DA conversion, to achieve the function signal generator functions, well-wave, sine wave, triangle wave of three adjustable, output waveform, frequency is adjustable!
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
ypxhfsq
- 音频信号发生器的论文,里面包括设计电路和源程序-Audio signal generator papers, which include circuit design and source code
fashuxinhaofashenqi
- 转发函数信号发生器时是基于Proteus的AT89C51仿真-Forwardingfunctionsignalgeneratoris basedonthesimulationofProteusAT89C51
xinhaofashengqi
- 这是 一个界面 内完成 数字信号发生器、电子琴、电话机按键、信号合成的代码,基于MATLAB,相比 多界面 的有自己的特色,请参考!-This is a complete digital signal generator interface, keyboard, telephone keypad, the code signal synthesis, based on MATLAB, more than the interface has its own characteristics, ple
signal_generator
- 多种波形函数信号发生器:三角形、方形、正弦、锯齿。c与Uv2的结合-Variety of waveform function generator: triangle, square, sine, sawtooth. The combination of c and Uv2
signal_generator
- 一款简单的信号发生器的源程序,用来产生最基本的信号波形,如方波,正弦波,三角波等-A simple signal generator of the source, used to produce the basic waveforms, such as square wave, sine wave, triangle wave, etc.
11
- 一个基于LabVIEW的信号发生器的设计。 1、利用实验室提供的仪器设备、软件等,学生亲自设计虚拟信号发生器。 2、实现虚拟信号发生器的仿真显示。在虚拟信号发生器的图形显示窗上观察模拟输出信号的波形,要求观察正弦波、方波、三角波。 3、实现虚拟信号发生器的模拟信号输出。①频率的测量。在延时分别为1、100、200、300、400的条件下,输出正弦波、方波、三角波信号,用示波器观察输出波形,与仿真显示做比较。用频率计测量信号频率。②滤波。选择不同的截止频率对输出信号进行滤波。③失真度的测量。对滤波