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7下载:
基于51单片机制作的函数信号发生器,用DA0832和运算放大器来输出,单片机产生信号,用proteus仿真了(内含),能够产生正弦波,方波,锯齿波,三角波的波形。,51 single-chip microcomputer-based production function signal generator, used to DA0832 and the op-amp output, single-chip signal, proteus simulation with the (implicit
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本源码是基于MCS-51单片机的等精度频率计编写的。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。,The source is based on the MCS-51 microcontroller and other precision frequency counter prepared. 5v peak to peak input signal is sinus
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单片机89s51做的波形发生器,含PROTEUS仿真图,非常实用的波形产生源码!-89s51 do single-chip waveform generator, including PROTEUS simulation map, very useful source of the waveform generator!
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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。-The design is based on the MCS-51 microcontroller, such as frequency meter accuracy. Input signal 5v peak to peak sinusoidal signal, frequ
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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
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基于Proteus环境下信号发生器的电路仿真实验设计,大家可以参考-Proteus environment based on the signal generator circuit simulation design, we can refer to! ! ! !
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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,
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单片机课程设计方波的可实现信号发生器附有Proteus仿真图-MCU Design square wave signal generator can be realized
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基于51的正弦波信号发生器 内含Proteus仿真 C语言程序-Sine wave signal generator based on 51 C-containing Proteus simulation program
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信号发生器又称信号源或振荡器,在生产实践和科技领域中有着广泛的应用。能够产生多种波形,如三角波、锯齿波、矩形波(含方波)、正弦波的电路被称为函数信号发生器,其频率范围可从几个微赫到几十兆赫,除供通信、仪表和自动控制系统测试用外,还广泛用于其他非电测量领域。-Signal generator, also known as source or oscillator, in the field of production practices and technologies widely used.
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信号发生器又称信号源或振荡器,在生产实践和科技领域中有着广泛的应用。能够产生多种波形,如三角波、锯齿波、矩形波(含方波)、正弦波的电路被称为函数信号发生器,其频率范围可从几个微赫到几十兆赫,除供通信、仪表和自动控制系统测试用外,还广泛用于其他非电测量领域。-Signal generator, also known as source or oscillator, in the field of production practices and technologies widely used.
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基于单片机的DTMF信号发生器 内附仿真程序和Proteus仿真图 毕业设计用-DTMF signal generator based on single chip containing a simulation program and graduation with Proteus simulation diagram
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本程序用单片机搭建了一个正弦信号发生器.文件中包含C程序和汇编程序以及PROTEUS仿真,非常有利于初学者学生理解信号发生原理-This program use the microcontroller to build a sinusoidal signal generator. And the file contains C and assembler, and PROTEUS simulation, is very conducive to beginner students underst
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自己做的基于proteus仿真的信号发生器设计,51单片机-Oneself do proteus simulation based on the signal generator design
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proteus仿真的单片机信号发生器
proteus仿真的单片机信号发生器-the proteus simulation microcontroller signal generator
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信号波形发生器,内附proteus仿真工程及VsinTab正弦波表生成器-Signal waveform generator included proteus simulation the engineering and VsinTab sine wave table generator
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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
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多种波形发生器,附带proteus仿真图与程序,通过了多方测试,绝对能为你带来方便-Multiple waveform generator, with proteus simulation map and procedures, through a multi-party testing, can bring you the absolute convenience
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使用Proteus+Keil仿真环境,设计完成了DAC1210的锯齿波信号发生器。-Base on Proteus & Keil simulation environment , designed the DAC1210 sawtooth signal generator .
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PWM信号发生器:可以产生2路信号,共有三个功能按键,从上到下依次为频率加,频率减,模式变换(1st路或者2nd路)。压缩包内含proteus仿真以及keil源码(可以通过调整源码中的频率以便于看清数码管中的数值)-PWM signal generator: You can generate two signals, there are three function keys, top to bottom, plus frequency, frequency reduction, mode co
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