资源列表
第三章、LCD模块与USB
- 第三章 LCD模块与USB，更快地学习LCD模块与USB(The third chapter LCD module and USB, learn faster LCD module and USB)
nxp_GPIO
- NXP 系列单片机开发描述了模块的IO应交控制(the program of NXP,It describe how to control the GPIO of NXP)
ADC_temp_sensor
- Internal temperature sensor development with USART to USB conversation for ARM CORTEX M3 core MC stm32f100.
ARM_SPWM_2-master
- arm单片机实现对逆变电源的输出波形控制，包含proteus仿真。(ARM MCU realizes the output waveform control of inverter power supply, including proteus simulation.)
SPI SD
- STM32F103RC的SPI驱动和对SD卡的读取(STM32F103RC SPI and SD Card)
17YD-STM32 低功耗实验-停止模式
- STM32低功耗实验，基于STM32F103RC(STM32 low power experiment, based on STM32F103RC)
18YD-DS18B20温湿度传感器实验
- 温度传感器DS18B20的实验，调试通过，基于STM32F103RC(The experiment of temperature sensor DS18B20, debug and pass, based on STM32F103RC)
19YD-SPI-W5500(TCP Server)实验
- 网络模块W5500的实验，调试通过，基于STM32F103RC(The experiment of the network module W5500, debug and pass, based on STM32F103RC)
midi10
- MIDI协议，开发USB驱动时建议参考！~(Universal Serial Bus Device Class Definition for MIDI Devices)
RealBoard4088-master
- CMSIS Drivers CAN Driver for the LPC17xx series
lmk04816
- LMK04816管理上电时序的代码，C语言实现，已成功应用在工程电路板中，寄存器配置很清楚， 推荐参考(LMK04816 manages power sequence code, C language implementation, has been successfully applied to the engineering circuit board, the register configuration is very clear, recommended reference)
ST2616F61--0419
- 1、 基于高速同步串行总线的多CPU板间互联技术（智能电网）（著作权1、实用新型1） ST320S智能配电终端（升级方案） 主要负责人：李孟庆 主要内容：随着客户对DTU的要求不断提高，当前的CAN总线的数据传输方式已无法满足要求，于是提出采用SPI（Serial Peripheral Interface）通信方式来提高当前通信率。SPI原先的设计主要是在板内芯片间的通信，如果应用于板间的通信需考虑驱动能力与抗干扰性。(1. Multi-cpu board interconnection