搜索资源列表
stm32-adc-DMA
- 用stm32f103实现adc多路输入,并使用到dma-Adc with stm32f103 achieve multi-channel input, and use the dma
DMA
- 使用了DMA,实现了STM32 ADC的多通道采集,准确快速,不丢失数据-Use the DMA
ADC
- STM32使用ADC程序(包括DMA与中断实现方式)-STM32 use of the ADC program (including DMA and interrupt implementation)
ADC_DMA
- STM32F10X ADC DMA操作实例,STM32例程包之一-STM32F10X ADC DMA operation instance, STM32 routine one package
dma_adc
- stm32下实现adc 16通道检测代码例子,已经测试可以检测正确了-adc 16 under stm32 channel detection code examples have been tested can detect the correct
ADC_dam_9
- STM32非固件库,实现功能:ADC通过DMA传输-Non-STM32 firmware library, implementation features: ADC through the DMA transfer
stm32_adc
- 此程序是基于STM32的AD应用程序,我们在这里设置ADC为连续转换模式,常规转换序列中有两路转换通道,分别是ADC_CH10(PC0)和ADC_CH16(片内温度传感器)。因为使用了自动多通道转换,数据的取出工作最适合使用DMA方式取出,so,我们在内存里开辟了一个u16 AD_Value[2]数组,并设置了相应的DMA模块,使ADC在每个通道转换结束后启动DMA传输,其缓冲区数据量为2个HalfWord,使两路通道的转换结果自动的分别落到AD_Value[0]和AD_Value[1]中。
STM32R100DevelopBoardSourceCode
- stm32 ADC,CAN,DMA,Flash,LED,library,NVIC,Project,PWR,RCC,Blinky,SPI,TIM,USART-stm32 ADC,CAN,DMA,Flash,LED,library,NVIC,Project,PWR,RCC,Blinky,SPI,TIM,USART
STM32-DMA
- 浅谈STM32的DMA模块的使用, DMA是STM32中一个独立与Cortex-M3内核的模块,有点类似与ADC、PWM、TIMER等模块-[NO ENGLISH]
STM32ADCsample
- 使用STM32如何采集单个通道的模拟输入,通过模数转换器(ADC)将模拟量转化为数据,并通过DMA把数据转移到内存中。-STM32 how to use a single channel analog input acquisition by ADC (ADC) will be converted to analog data and the data transferred by DMA to memory.
GPIO_adc_dac_dma
- STM32 ADC/DAC/DMA设置,开发环境IAR5.4-STM32 ADC/DAC/DMA settings, the development environment IAR5.4
ADC
- stm32 adc 程序 DMA 的 ADC-stm32 adc ADC program the DMA
STM32-ADC
- STM32开启DMA进行ADC转换,并透过串口上传转换的数据,-STM32 open the DMA ADC conversion and uploading data through serial conversion,
adc-dma
- 这是stm32 dma-adc的一个程序源码-This is a program source code stm32 dma-adc of
STM32-ADC
- stm32 ADC单通道(DMA),stm32 ADC单通道(DMA) -stm32 ADC
ADC(DMA)
- 基于DMA的ADC转换, 嵌入式开发过程中常用基础程序(The ADC converter code for STM32)
ADC+DMA+串口
- AD转换,DMA传输,通过串口实现上位机传输(AD conversion, to achieve the host computer transmission)
练习16-DMA+ADC
- 多通道采集,STM32的ADC和DMA,已经调试完毕(Multi-channel acquisition)
24. DMA实验
- DMA存储器具有触发ADC的TIM1定时器,将ST32时钟频率设置为1MHz实时采样率(DMA memory has a TIM1 timer to trigger the ADC, set the ST32 clock frequency to a 1MHz real-time sampling rate)
stm32定时器+ADC+DMA+双缓冲 实现数据采集
- stm32定时器+ADC+DMA+双缓冲 实现数据采集()