资源列表
encoder
- 读编码器数据，用51单片机连接笔记本；很神奇 的-encoder
12864
- 本程序由8051单片机控制12864液晶的显示，可以是屏幕字体或图案左移，如果稍加改动还可以右移。-This procedure controlled by the 8051 LCD 12864 display of screen fonts or patterns can be left, if a little change can also be right.
FFT
- 本程序为基于FFT快速傅里叶积分的程序，可以通过改程序将所需频率的信号在频域进行分离。-This program is based on FFT Fast Fourier integral program, you can change the program by the required frequency of the signal in the frequency domain separation.
1111
- 基于2407单片机的直流电机PWM调速系统-2407 microcontroller based DC motor PWM speed control system
JUZHENJIANPAN
- 从矩阵键盘1-9的数字在数码管里显示，同时也可以显示温度。-Figures 1-9 from the matrix keyboard in the digital tube display, but can also display temperature.
I2C
- STM32F10 cortex-m3对I2C总线的设置初始化，与相关操作-STM32F10 cortex-m3 set of I2C bus initialization, and related operations
PWM
- STM32F10 cortex-m3对产生PWM的相关设置操作与应用，对PWM有一定的了解-STM32F10 cortex-m3 of the generated PWM operation and application of the relevant settings, have a certain understanding of PWM
Main1
- 使能事件管理器，并采用中断方式确定发送的脉冲数，QEP电路使能，计数-Enables incident management, and the interruption of the pulse, sending QEP circuit can make, counting
SPWM
- EVA下面的通用定时器T1工作于连续增/减计数模式，产生三角载波，载波频率为3000Hz，载波比N=60，因此调制波形正弦波的频率为50Hz。-EVA below T1 work general timer continuous increase/decrease counting mode, triangle, carrier frequency modulated carrier for 3000Hz, N = 60, therefore the sine wave modulation f
ADsample
- D采样频率为10K，序列发生器SEQ1和SEQ2级联成一个16通道的序列发生器，采样模式采用顺序采样。利用通用定时器T1的周期中断事件来启动AD转换。-D sampling frequency for 10K SEQ1 sequence generator, and SEQ2 represent a level of sequence generator, 16 channel by sequential sampling sampling modes. Using the general ti
Sci03
- 通过SCI与PC机的串口通信来控制LED D1-D6的运行方式。根据通信协议，PC机发送一条指令给2812，2812通过SCIA接收到指令后，进行解析，然后根据PC机的指令来运行D1-D6。-By SCI and PC control of serial communication D6- LED the D1 operation mode. According to the communication protocol, PC to send an instruction received i
Spi02
- 实现SPI的回送测试模式，SPI自发自收，与Spi01不同之处是接收采用中断方式-Realization of SPI test mode, send back the SPI, and Spi01 difference is received by interrupt mode