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AD9850(frequency-on-nokia-5110
- 该程序是通过msp430f247单片机控制AD9850模块产生任意频率正弦波和方波，并在液晶上显示频率-This program is through the msp430f247 single-chip microcomputer control AD9850 module produce any frequency sine wave and square wave, and in the liquid crystal display frequency
project45
- 5个开关K1-K5（从上到下），分别对应正弦波、方波、三角波、梯形波、锯齿波，按一下其中一个开关，则选择出所要产生的波形。（哈工大单片机大作业内附proteus原理图）-5 switch K1-K5 (top to bottom), corresponding to the sine wave, square wave, triangle wave, trapezoidal wave, sawtooth, click one of the switch, and then select the
hanshuxinhao
- 基于51单片机的函数信号发生器的程序 能够产生 三角波 正弦波和方波 并在液晶上显示所产生的波形-51 SCM function signal generator based programs can produce sine and square wave triangle wave and displayed on the LCD waveform
wave
- 单片机程序，AT89C51单片机产生正弦波，方波和三角波-Microcontroller program, AT89C51 microcontroller sine, square and triangle wave
pinlvji_VHDL
- 可以测量方波的频率，脉宽，幅度。采用VHDL编写。-Can measure the frequency, pulse width, amplitude of the square wave. Written using VHDL.
Frequency-divider
- 本例程为简易分频器。 实验前，请用排线（杜邦线）将TX-1C学习板的P1^0管脚与P3^2(INT0)管脚相连。因为P1^0用来模拟外界波形输入，它提供周期为100ms的方波，与T1管脚相连后，T1可对其进行周期计数。 程序中的变量pp决定着分频系数，其值乘以2即为分频系数。 改变其值可以得到相应的分频输出波形（方波）。P1^1为输出管脚，将其连接示波器可以看到分频后的波形。-This routine for simple frequency divider. Before experiment
da
- 本程序利用汇编语言进行数模转换输出方波，输出端输出的数据加载到虚拟示波器后显示方波和正弦波-This program uses assembly language digital-to-analog conversion output square wave output of the output data is loaded into the virtual oscilloscope display a square wave and sine wave
DMA
- 利用stm32产生PWM方波驱动LED,实现的功能是LED从暗到亮，再从亮到灭，该文件包含了完整的驱动程序，使用芯片是stm32f103c8t6-Produced by STM32 PWM square wave drive LED, to achieve the function of LED from dark to light, from the light to destroy, this file contains the integrity of the driver, the us
GH719
- 89C51单片机通过微波模块GH719检测启动,用于检测移动物体,物体移动时产生频率可变方波信号,物体不动时产生连续低电来信号。有物体移动时，逐级输出PWM信号，调整LED亮度-89C51 microcontroller is initiated by the microwave detector for detecting a moving object, a variable frequency square wave signal is generated when the object
ESysDesign
- quartusII 调试，产生可调频率的正弦波、方波、三角波-quartusII process, output sin wave, square wave, triangular wave
counter
- 将50MHz时钟信号分频为1Hz,对1Hz方波信号进行计数，并利用4连体数码管进行动态显示-50MHz clock signal at a frequency of 1Hz, to count the 1 Hz square wave signal, and using 4 Siamese digital tube dynamic display
signal-generator-
- 信号发生器 关键词：ATmega16、LCD12864、ICC AVR、AVR Studio、Proteus、AD5310、UA741、SPI 用ATmega16单片机控制AD5310产生正弦波、方波、锯齿波、三角波信号。通过按键可以切换信号类型、改变信号幅度和频率。 -Signal generator Keywords: ATmega16, LCD12864 ICC AVR, AVR Studio Proteus, AD5310, UA741, SPI, ATmega16
GJ-04
- 数字式精密信号发生器，设定M1输出400Hz M2:输出1000Hz从P3.7输出设定频率的方波-Digital precision signal generator, set M1 output 400Hz M2: output 1000Hz frequency setting from P3.7 output square wave
T3-adjustable-frequency-square-wave-
- 本程序是采用T3定时器产生可调频率方波，程序注释了一个定时器赋初值的简便方法，这在串口通信产生波特率定时器赋初值时很有用-This procedure is to use T3 timer produces adjustable frequency square wave, and the program notes a timer initialization, the simple method in the serial communication produce baud rate ti
8PWM-square-wave-output-
- c8051f0408位PWM方波输出，含有程序注释-C8051f0408 a PWM square wave output, contain program notes
Function-signal-generator
- 这是一个用单片机做的函数信号发生器，能发送三角波、锯齿波、方波并且可调频率，通过外部按键调节。-This is a microcontroller do function signal generator, can send a triangle wave, sawtooth wave, square wave and adjustable frequency regulation through external buttons.
PWM
- 基于定时器的精准PWM程序利用定时器定时一段时间产生PWM方波-The PWM program based on timer
CCCCCC
- MSP430G2553PWM输出稳定125khz方波-MSP430G2553PWM stable output 125 KHZ square wave
pwm
- 此程序是在keil软件下通过8052单片机设计了一款占空比可以调节的方波输出器-This program is in keil software by 8052 microcontroller design a duty cycle square wave output can be adjusted
zonghe
- 波形（正弦波、方波、三角波）检测并显示，及波形的判定和相关参数的测量。-Detect and display waveforms (sine wave, square wave, triangle wave), and waveform determination and measurement of relevant parameters.