搜索资源列表
demo
- STM32多通道ADC采集DEMO,适用于初学者,对增加STM32的学习很有帮助(ADC Tran With Mul Channels)
10、ADC实验(DMA方式)
- arm stm32 f103 ADC实验,使用DMA模式。(The stm32 f103 ADC experiment uses the DMA model)
ADC基于stm32的电压电流采集
- ADC转换功能,基于stm32系列单片机的电压,和电流采集输出(adc test for electric current and voltage)
Example_ADC_DMA
- STM32F103 ASELERATE ADC DMA
F0产品技术培训_9.ADC
- 模拟数字转换 ADC,ADC特性,不错的资料(Analog digital conversion, ADC, ADC characteristics)
ADC实验
- STM32控制程序,其作用是将ADC采样的电压值显示在LCD屏上。(STM32 control program, the role is to ADC sampling voltage value displayed on the LCD screen.)
ADC
- Microcontroller Stm32 ADC example using Hal library
ADC1-DMA
- stm32 ADC-DMA功能。。。。。。。。。。。。。。(stm32 ADC-DMA function)
STM32内部外设ADC代码
- STM32F103 内部ADC使用,ADC驱动,测试没有问题,放心使用。(STM32F103 internal ADC use, ADC driver, test no problem, rest assured to use.)
奋斗STM32开发板TINY例程
- STM32奋斗板-LED闪烁: 演示了LED定时闪烁例程。并附带例程详解及实验手册PDF STM32奋斗板-LED闪烁-ucos: 基于ucos 演示了LED定时闪烁任务,可通过串口1修改闪烁间隔。并附带例程详解及实验手册PDF STM32奋斗板-TIM3-CH2: 演示通过TIM3的CH2通道产生特定频率的波形。并控制LED闪烁。并附带例程详解及实验手册PDF STM32奋斗板-TIM3-PWM: 演示通过TIM3的CH2通道产生PWM波形,控制LED的明暗变化。并附
04-ADC Continous
- this example is about ADC of STM32F407
05-ADC with Timer Trigger
- this example is about ADC with timer of STM32F407 Discovery
9.8 ADC_4Channel_DMA
- 基于STM32F103微处理器的DMA中断方式采集4路ADC电压值的程序(25664OLED display processing program based on STM32F103 microprocessor)
Stm32Adc
- stm32 AD转换(Stm32 AD conversion)
STM32F103C8T6配套程序源码-ADC实验.zip
- 这是关于stm32系列单片机部分源码,关于单片机ADC部分
Keil.STM32L1xx_DFP.1.2.0
- stm32 adc库文件 用于进行单片机开发 加强拓展能力 等等(stm32 source library ,apply to study)
ADC测试
- ADC的操作,采集电压并通过lcd显示出相应的值(ADC operation, collecting voltage and display through LCD)
ADC实验亲测可用
- STM32的ADC实验,亲测可用。内有详细的讲解文档,很好的学习资料。(The ADC test of STM32 can be used as a parent test. There is a detailed explanation of the document, a good learning materials.)
drv_adc_stm32f10x
- stm32f10x adc驱动代码,自己写的,在项目中已经使用过,可以运行。(Driver for stm32f10x chip's adc module, I have used in my project.)
基础篇 20. STM32 ADC工作原理
- 这一个文件程序用于AD转换,可以把模拟量转换为数字量(This file program is used for AD conversion and can convert analog to digital)