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zf3127.doc
- 函数发生器是一种在科研和生产中经常用到的基本波形产生器，集成函数 波形发生器一般都采用ICL8038或5G8038，而它们只能产生300kHz以下的中低频正弦波、矩形波和三角波，且频率与占空比不能单独调节，从而给使用带来很大不便。本文介绍由LM324和稳压管组成的低频函数波形发生器，该电路能够产生正弦波、方波和三角波信号，频率能以10Hz的间隔在20Hz～20KHz范围内调整。-Function Generator is a scientific research and production
DAconversion
- 这是一个由51单片机控制的数模转换器（DAC0832），可已输出正弦波，方波，阶梯波，三角波等模拟信号-This is a 51 MCU control of the Digital to Analog (DAC0832). sine wave output can be had, square, ladder wave, triangular wave signal simulation
w06
- 介绍一种基于单片机控制的多功能直流稳压电源的设计方案。该电源简单易用 ,精度高、成 本低 ,可以用作信号发生器 ,产生输出正弦波、方波、三角波、锯齿波等多种波形信号 通过软件升级很容 易实现功能扩展。-introduced a microcontroller-based control of the multi-purpose DC power supply design. The Power simple to use, high accuracy, low cost, can be
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_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
FPGAzigzag
- 三角波发生器，VHDL语言描述，通过信号分频等实现波形发生，已经在示波器上验证了，效果不过。-Triangular wave generator, VHDL language descr iption, such as through the realization of the signal waveform frequency has been verified on an oscilloscope, the effect, however.
The_code_Wave_of_AT89S52
- 文件内容是：基于单片机AT89S52的函数信号发生器的源代码，代码能够显示方波，正弦波，三角波。-The content of the document is: based on single chip AT89S52 function signal generator source code, code to display square wave, sine wave, triangular wave.
LM324LM339
- 用不同的元件,做一样的三角振荡波形,上面的用示波器测得是差不多的波形!LM339与LM324是很相近的元件,我一直用LM339做振荡,没用过LM324做振荡.但有于实际需要用振荡,又要用信号放大.在电路就需要同时使用这两个蕊,为了节约成本,想了下,LM324也可以做振荡,只是多一个三极管.这样就可少一个蕊了,-With different components, so as Sasser triangular shape, the above measured using oscilloscop
signal_generator
- 基于vhdl的多功能函数信号发生器的设计，能实现三角波、方波、正弦波。-VHDL-based multi-function signal generator design, can achieve the triangular wave, square wave, sine wave.
ad8950
- ad8950+c52信号发生器程序。能产生正弦波三角波，方波三种波形。-ad8950+ c52 signal generator procedures. Sine wave to produce the triangular wave, square wave three.
xinhaofashengqi
- 用单片机编程的C语言程序,能实现正弦信号.三角波信号和方波信号的产生及转换.还能调节占空比.-Single-chip programming with C language programming, to achieve sinusoidal signal. Triangular and square-wave signal generation and signal conversion. Can adjust the duty cycle.
DAC0832
- 设计一个函数信号发生器，具体指标如下： 1 采用AT89S51及DAC0832设计函数信号发生器； 2 输出函数信号为正弦波或三角波或阶梯波； 3 输出信号频率为100Hz，幅度0-10V可调； 4 必须具有信号输出及外接电源、公共地线接口 -Design a function signal generator, the specific indicators as follows: 1 using AT89S51 and design function signal ge
xinhao1
- 采用AVR单片机编写的正弦信号、方波信号、三角波信号发生器。使用PWM调制方式进行调制后再解调通过RC滤波器滤出信号。-AVR prepared using single-chip sinusoidal signal, square-wave signal, triangular wave signal generator. The use of PWM modulation modulation through the RC filter after the demodulation filt
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
dds31
- FPGA单片机开发 正弦波 方波 三角波 信号发生器 按键用单片机控制-FPGA Microcontroller Development sine square triangular wave signal generator control buttons with SCM
tina-
- 此文件夹有高通滤波，低通滤波，带通滤波，带阻滤波，三角信号发生器，正弦信号发生器，三角波发生器，三角波转换成余弦，等等tina的源程序，适合广大爱好者！-This folder has a high pass filter, low pass filter, band-pass filtering, band stop filtering, triangular signal generator, sine wave generator, triangle wave generator, tri
triangle_LFM
- DDS芯片产生三角波线性调频信号的FPGA程序-DDS chip generated triangular wave linear FM signal of the FPGA program
lcr_dds(07-23)
- 该文件包是DDS信号发生器，包括三角波、方波、锯齿波、正弦波。而且，还可以对频率、幅度、相位进行实时修改。-The package of the DDS signal generator, including triangular, square, ramp, sine wave. Moreover, it can be frequency, amplitude, phase, real-time changes.
Practica-9
- DAC code to generate triangular signal fpga
STM32-ADC-oversampling
- 使用STM32单片机ADC模块的过采样技术使采样值更稳定，是一种时间换精度的方法。-This firmware gives the STM32 ADC oversampling using triangular dither. This method consists on adding a triangular signal to the input signal and sampling it with a rate. The timer TIM2 is used to g