搜索资源列表
ADC
- 对stm32内部12位adc编程，实现ad转换。(base on stm32f103rct6)
测试程序
- stm32读取MAX30102的温度，控制芯片stm32f103RCT6(Stm32 read the MAX30102 temperature, control chip stm32f103RCT6)
keyscan
- stm32f103rct6 按键扫描，不占用CPU时间，实战中常用(Key scan, does not take up CPU time, is commonly used in actual combat)
2，标准例程-V3.5库函数版本
- 正点原子 STM32F103RCT6(This is a routine STM32F103RCT6)
ADDA
- 实现adda的转换，基于stm32f103rct6(adda base on stm32f103rct6)
Bluetooth
- 蓝牙接串口2同通信，芯片STM32F103RCT6(Bluetooth serial port, 2 communication, chip STM32F103RCT6)
测试仪N1
- 一个基于stm32f103rct6的测速仪(A STM32 based speedometer)
Get Pressure
- STM32F103RCT6,通过IIC驱动BMP280，获得气压、温度、高度等数据，实测得出数据很正常(STM32F103RCT6, through the IIC drive BMP280, access to pressure, temperature, height and other data, measured data is normal)
24L01无线通信
- 采用stm32f103rct6作为主控，两个NRF23L01传感器作为2.4G通信模块进行两个控制板的通信，距离可达30多米。(Stm32f103rct6 is used as the main control, and the two NRF23L01 sensors are used as the 2.4G communication module to communicate with the two control boards, and the distance is more tha
STM32 SD读写实验
- STM32F103RCT6 读写SD卡的操作过程,已经测试没有问题(F103 read and write SD card operation process)
9854程序
- stm32控制AD9854产生需要的信号，AD9854通过DDS技术控制产生不同的信号(The STM32 controls the AD9854 to generate the desired signals, and the AD9854 generates different signals via the DDS technique)
ALIE24L01无线通信实验
- stm32f103rct6+NRF24L01_driver
ALIENTEK MINISTM32 实验8 PWM输出实验
- stm32f103rct6+pwm_test
ALIENTEK MINISTM32 实验9 输入捕获实验
- stm32f103rct6+in_caoture_test
ALIENTEK MINISTM32 实验10 OLED显示实验
- the driver of oled by using stm32f103rct6
ALIENTEK MINISTM32 实验11 TFT液晶显示实验
- the driver of tft by using stm32f103rct6
超声波测试代码
- get distance by usingul trasonic in stm32f103rct6
Gpio_Tft_1.44_Test
- Stm32f103rct6 Tft Lcd Test
DAC
- 实现STM32F103RCT6的片内DAC资源，正确配置双通道输出。(The DAC resource in STM32F103RCT6 is realized, and the dual channel output is configured correctly.)
STM32-SCA100t
- STM32单片机通过软件模拟SPI通讯读取SCA100T-D02倾角传感器的角度，实测通过。网上搜索了很多软件，都不是STM32的，要么都有问题。软件开发环境 KEILC MDK，单片机STM32F103RCT6。(The STM32 single chip computer reads the angle of the SCA100T-D02 angle sensor through the software simulation of the SPI communication, and t