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PC-xunishiboqi
- 基于labview的虚拟仪器 好的例子 包括虚拟示波器和虚拟函数信号发生器-Labview-based virtual instruments, including a virtual oscilloscope and a good example of a virtual function signal generator
12c
- STC12C5A60S2和12864做的示波器-STC12C5A60S2 and 12864 do an oscilloscope
8155-C51
- “基于8155的存储示波器” 仿真软件是Proteus和Keil联调,用C51编写,功能是从示波器输入一段正弦波形,A/D后存储进6264,单步回放功能是从6264读取后D/A,显示数值在LCD上,还有回放整段锯齿波形功能,I/O口用8155.-" Based on the storage oscilloscope 8155," Keil simulation software is the Proteus and the FBI, with the C51 prepara
VB
- VB 基于PC机串口进行数据采集的低频虚拟示波器程序-VB PC-based low-frequency serial data acquisition program virtual oscilloscope
shiboqi_51_12864
- 用c51单片机+12864实现示波器功能——单次触发+存储回放系统方案中信号经过直流偏置输入到模数转换芯片AD876,AD转换输出后输入到先入先出存储器。在单片机的控制下将存储在存储器中 的采样数据读取并将波形在LCD中显示,同时,可以通过两路DA输出可以在普通示波器中实时回放波形-SCM+12864 achieved using the oscilloscope function c51- Single Trigger+ storage playback system program
MyProject
- 基于stm32 的示波器程序 实现信号峰峰值有效值和频率的测量-Stm32 based oscilloscope program to achieve peak RMS signal and frequency measurement
stm32shiboqi-sch
- stm32实现的示波器功能的硬件电路图,方便参考-stm32f103ze show the signal pictures,the low price high performance
TFT_Controlor
- 适用于图像快速显示的TFT控制器资料(包含源码与彩屏型号说明) 是彩屏示波器/信号源的理想选择. 公司内部资料.-Applied to image fast TFT display controller information (including source code and color type descr iption) is a color oscilloscope/signal generator an ideal choice. Company information.
00
- 虚拟声卡的详细说明!有一款虚拟声卡的示波器,现在传一个使用说明,和链接图给大家分享!-A detailed descr iption of the virtual sound card! There is a virtual sound card oscilloscope, now a mass use, and links to map to share with you!
AVR_Wave
- 自己写的用AVR 单片机产生正弦波.用示波器观察波形很好!-Write your own single-chip generated sine wave with AVR. Oscilloscope to observe waveforms with very good!
Use_shiboqi
- 从网上搜集的比较详细地介绍示波器各个按钮及使用 使用示波器入门的好资料-Collected from the Internet a more detailed descr iption of the various buttons and the use of Oscilloscopes Oscilloscopes use a good data entry
msp430f149monichuanku
- 这是在TI网站上下的例程,绝对可用, P2.2,p2.3,在示波器上调试,调BitTime可以调节脉冲宽度,就可以调节波特率了,模拟串口发送一个字节需要发10位,起始位+8位有效数据+停止位,二真实串口不用发起始和停止位,因为缓冲区已经将他们加上了-This is a site from top to bottom in TI routines, absolutely available, P2.2, p2.3, in oscilloscope debug, tune BitTime can
TPC1pci
- 一. 用万用表检查±5V,±12V与地之间及互相之间是否短路(包括大小板) 二. 加电老化,一般为20分钟或以上 三. 用示波器测量单脉冲(三个电位器下方), -1. Using a multimeter to check ± 5V, ± 12V and between and among each other whether or not short-circuit (including the size of board) 2. Power-aging, generally 20
Example1
- 本例展示了如何利用外设TIM2来产生四路频率不同的信号。 TIM2时钟设置为36MHz,预分频设置为2,使用输出比较-翻转模式(Output Compare Toggle Mode)。 TIM2计数器时钟可表达为:TIM2 counter clock = TIMxCLK / (Prescaler +1) = 12 MHz 设置TIM2_CCR1寄存器值为32768,则CC1更新频率为TIM2计数器时钟频率除以CCR1寄存器值,为366.2 Hz。因此,TIM2通道1
8251
- 使用8251发送数据实验连续发送一个二进制数(比如53H,F0H,AAH等),从示波器上观测数据的起始位、数据位和停止位。本实验要求在数码管上显示“8251-A04”。-Send data using the 8251 experiment for sending a binary number (for example, 53H, F0H, AAH, etc.), observational data from the oscilloscope of the start bit, data b
1-1st-Chapter3
- 正弦信号发生器,正弦波输出范围:1k~10M。频率步进100Hz,用示波器观察无明显失真。-Sinusoidal signal generator, sine wave output range: 1k ~ 10M. Stepped-Frequency 100Hz, with no significant distortion oscilloscope observation.
chufaxuanzhe
- 上面传的是虚拟示波器的“触发选择程序”vi。-Chuan is above Virtual Oscilloscope trigger the selection process vi.
sxpp
- 示波器源码 示波器源码-Oscilloscopes Oscilloscopes source source
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
dac
- 熟悉D/A转换芯片的使用 把待转换的数据送D/A芯片TLC5615,开启D/A转换 用万用表或者示波器观察输出口(CON36)的电压-Familiar with the D/A converter chips used to convert data to be sent to D/A chip TLC5615, open D/A converter with a multimeter or oscilloscope to observe output (CON36) voltage