搜索资源列表
OSC
- 这是我网上找了很久的资料，开源的示波器资料，有源代码，原理图，器件数据手册，作者还分析了各个电路的原理，很详细，想要入手示波器的很值得拥有-This is the Internet to find information for a long time oscilloscope open source information, source code, schematic, the device data sheet, the author also analyzes the principl
PWM
- mega128控制PWM的输出，并可在示波器上显示-the mega128 Control PWM output
Waveform
- 将函数发生器产生的波形进行波形采集，存储，波形回放，并将结果装换的波形显示在示波器中-The function generator waveform waveform acquisition, storage, waveform playback, and the result is loaded to change the waveform displayed on the oscilloscope
jianyishiboqiSTC
- 自己写的示波器程序,采用STC12C5A60S2单片机制作12864显示,频率可达1k以上,显示效果仍然很好。文件中还包含了常用多种实现方法和说明,还有一些其他附加程序没有删,可供参考.-My own oscilloscope procedures, using STC12C5A60S2 microcontroller produced 12864 shows,when the frequency is more than 1K,the wave is still nice. The file
PingPong
- msp430 launchpad开发的乒乓球演示程序，通过按键控制能够在示波器上打乒乓球。-msp430 launchpad Table Tennis demo program development, through the control button to be able to play table tennis on an oscilloscope.
232
- 单片机开发所要用到的上位机232的接收程序，可以当作示波器来使用，非常方便！-Microcontroller development to be used by the host computer 232 receives the program, can be used as an oscilloscope to use, very convenient!
Oscilloscope-source-code
- 基于STM32的袖珍示波器源码，已经测试通过-Based on the STM32 pocket oscilloscope source code, has been tested through
WTE_Cpe
- libwindos下的虚拟意义设计，，有频谱仪和示波器，信号源驱动应用-libwindos under virtual sense design, spectrum analyzer and oscilloscope, signal source drive applications
wte_dsp
- 虚拟仪器自动校准测试，，包含示波器，，频谱仪，，信号源，功率计等-Automatic calibration test of virtual instruments, including oscilloscopes, spectrum analyzer, signal source, power meter, etc.
app_v2[1].53
- 单片机开发的一款示波器源代码，适合自己动手做示波器的爱好者参考。主要实现了示波器采集波形，功能菜单界面等部分。-MiniDso based on MCU。Someone want to DIY dso maybe useful on these source code or you can do on these code for more function.
BIC3
- PIC的定时器例子，写着还是满精的，通过示波器的。-the timer of pic mcu example, very precise
lcd_ir
- 此工程文件，是本人用示波器检测出红外遥控信号波形后，再分析出的二进制码，以KEIL C51自编程序接收红外信号，用以显示相应的信息到LCD屏上，绝对原创；对于想开发红外应用的场合，很有参考价值，珍藏版程序，呵呵；有需要硬 件图纸：QQ8585234-This project file, I detect the infrared remote control signal waveform with an oscilloscope, and then analyze the binary cod
Multi-level
- 通信原理实验C8051示波器上产生多电平程序-Multi-level program communication principle experiment C8051 oscilloscope
shiboqi
- 示波器程序和相关头文件，芯片为普通51单片机，需要有液晶，和东南大学实验箱配套-The oscilloscope program and header files, chips for the ordinary 51 microcontroller with LCD and Southeast University experimental box supporting
AVROSC7.7K
- 以前就一直有人上传一个AVR加12864的示波器，最近我在网上找到了它的2.0版本，修复了几个错误，测试的波形频率大概是7.7k左右-Before people have been upload an AVR 12864 oscilloscope, I recently found in the online version 2.0, fixes several bugs, test frequency of the waveform is probably around 7.7k
AVRPshiboqi
- 利用AVR M16单片机制作双通道LCD示波器-AVR M16 MCU production of dual-channel LCD oscilloscope
2KH-square-wave-generator
- 利用定时器TMR2与周期寄存器PR2配合工作，从引脚RD0上输出一个占空比为50 的对称方波，该方波信号的周期为0.5ms。可以利用示波器观察和验证该波形，单片机初次加电或者复位之后，发光二极管LED7不停地闪烁，LED0亦被点亮（实际上，LED0在快速闪烁，只不过由于其频率过高人眼不易察觉），表明方波发生器正常工作。-Timer TMR2 Period register, PR2 work with, from the pin RD0, output a 50 duty cycle symm
PWM-P-a-low-frequency-sine-signal
- 本实验要求使用PIC16F877A的CCP1模块的PWM功能和一个一阶RC低通滤波器产生一个5Hz的正弦信号。要求用示波器观察产生正弦信号的频率为准确的5Hz,且没有明显的失真。没有条件的读者可以通过观测直接和CCP1输出引脚相连的LED的闪烁频率来确定产生正弦信号的频率。-PWM function of the requirements of the experimental use PIC16F877A CCP1 module and a first-order RC low-pass fi
Digital-Oscilloscope
- 基于STM32的简易数字示波器代码，使用寄存器控制。采样使用内部AD。-Based on the the STM32 simple digital oscilloscope code
Mini51_Os
- 基于51单片机和CPLD实现的示波器，实现数据采集与显示，测量。含有完整的介绍资料和期间选择及原理图。-Based on 51 MCU and CPLD implementation oscilloscope, data acquisition and display, measurement. Containing a complete introduction and during the selection and schematics.