资源列表
zhizhenshi
- 指针式时钟程序,根据时间转动。可以调节当前时间-Analog clock program, according to the time of rotation. You can adjust the current time
STM32F103_MP3
- 基于STM32的MP3源码程序,读取SD卡中的音乐文件,具有随机播放和循环播放功能。-STM32-based MP3-source program, read the SD card music files with random play and repeat function.
STM32SD
- 测试了TF卡根目录下的txt类型文件通过串口输出,支持长文件名-The test file of the txt type TF Card root directory output through the serial port, support for long file name
firmware
- 基于STM32F103的MP3源代码程序,开发环境为Keil4 能够实现无损音乐的播放具有循环播放,随机播放功能。-Based on the STM32F103 MP3 program source code, development environment for Keil4 to realize lossless music playback with loop playback, random playback.
M3-RTC
- 基于stm32的rtc时钟程序,在超级终端显示时间日期-STM32 RTC clock program based on the super terminal, display time and date
project_wave_gen_code
- 设计并实现一个可产生正弦波、三角波和锯齿波的波形发生器。其工作频率为60MHz,可产生1MHz、2MHz、3MHz、4MHz、5MHz、6MHz、10MHz的正弦波、三角波和锯齿波。所产生波形的幅度、相位均可调整,输出数据的字长为12比特。应用环境为quartus 2-Design and implement a can produce sine, triangle, and sawtooth waveform generator. The operating frequency of 60MH
STM32_SPI
- 利用STM32的库文件配置SPI 配有详细的说明 每一个配置都有详细的解释 可做学习使用-STM32 library use SPI configuration file with a detailed descr iption of each configuration has a detailed explanation of the use of learning to do
CPLD_EXample
- 非常适合新手学习CPLD的例程,从点亮流水灯,到VGA一步一步进阶。-CPLD is very suitable for novices to learn the routines, the lit water lights, step by step advanced to VGA.
ht48-z90-lcd
- 使用合泰HT48R063 单片机带LCD段码液晶屏显示电量,电量是检测BQ20Z90的LED输出状态脚获得,有原理图-Use of Thailand HT48R063 microcontroller with LCD Segment LCD display power, power is detected BQ20Z90 foot LED output state obtained with schematics
PWM
- PWM单片机的程序 仿真设计 PWM单片机的程序 仿真设计 -PWM microcontroller simulation program design
ASC0(chaxunfa)
- pc到单片机的串口收发程序(在串口助手上发送一个数,在接收区能收到该数据)-PC to single-chip microcomputer serial port to send and receive procedures (send a number on the serial port assistant, in the receiving area to receive the data)
clock_retrive_lsy
- 用于E1接口数据时钟恢复,可提取相应的频率-Using for E1 interface, support 2M frequency recovery and retime
