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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.
avr
- AVR 单片机 设计 数字示波器源码-AVR-source single-chip design digital oscilloscope
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
sjcj
- 通过ADC0809对模拟信号进行采样，然后将转换好的8位数据迅速转存到FPGA内部存储器中，同时增加一个锯齿波发生电路，扫描时钟与地址发生时钟一致。由此完成一个示波器功能！-Through ADC0809 carried out on the analog signal sampling, and then a good 8-bit data conversion转存到rapid internal FPGA memory, at the same time increase the occurr
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!
MyFunctions
- 本人是刚刚毕业的学生，毕业设计时的题目是数字示波器，本示波器是用基于LPC2290ARM和UCOS2操作系统设计的，这是原代码，UCOS操作系统的移植代码由于公司原因没有上传！-I am a recently graduated student, graduated from the design of the subject is digital oscilloscope, the oscilloscope is LPC2290ARM and UCOS2 based operating sys
sbq
- 国外示波器设计参考 含原理图 采集速度100m-Oscilloscopes abroad schematic design with the speed of 100m acquisition
Logic
- 简易数字逻辑分析仪，采用示波器输出。具有采集8路逻辑信号的功能 附源代码及原理图-Simple digital logic analyzer, the oscilloscope output. 8-way with a collection of logic signals attached to the source code and schematics
DSO
- 介绍高速存储示波器实现方案，DSO有许多模拟示波器没有的控制机构。-Introduced the program to achieve high-speed storage oscilloscope, DSO Analog Oscilloscope many institutions do not control.
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
DSP2812PWMtest
- 使用TI的2812DSP，在CCS下编译，用于测试2812特有的事件管理器的PWM波形输出，通过示波器可以看到PWM脉宽的变化响应。-The use of TI s 2812DSP, under the CCS compiler, 2812 for testing specific incident Manager PWM waveform output, through the oscilloscope can see changes in response to PWM pulse widt
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.
shiboqijichuzhishi
- 这是示波器的一个设计基础知识，来分享一下。-This is an oscilloscope design basic knowledge, to share with you.
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.
shujudupang
- 虚拟数字示波器的数据存盘的一个字程序，希望给大家帮助。-Virtual Digital Oscilloscope data archiving procedures of a word, I hope to help everyone.