搜索资源列表
ADC
- 多通道AD转换演示程序 MCU:MEGA8 晶振:内部RC(INT) 8MHZ -Multi-channel AD converter demo MCU: MEGA8 Oscillator: Internal RC (INT) 8MHZ
adc
- stm32103系列adc多通道采样电压值的源程序,通过DMA读取采样数据。-Stm32103 series multichannel adc sampling voltage source program, the sampling data read by DMA.
ADC
- 用AVR实现的ADC多通道输入,结果用5110显示最终结果-ADC with AVR achieve multi-channel input, the results show the final result by 5110
ADC-IN0-Continue-ADC--test-
- ADC 多通道多次采样程序,适合初学者,采用的是 MSP430F149系列单片机-Several multi-channel ADC sampling procedures, suitable for beginners
ADC-duo-tong-dao
- STM32F103ZET6 ADC多通道顺利实现,采样准确-many SCI
1-ADC—单通道(中断读取)
- 通过adc采集单片机引脚电压,单通道(中断读取)(Collect the microcontroller pin voltage through adc)
3-ADC—多通道(DMA读取)
- stm32103adc通过DMA进行多通道读取(Adc through the DMA for multi-channel read)
练习16-DMA+ADC
- 多通道采集,STM32的ADC和DMA,已经调试完毕(Multi-channel acquisition)
AD(MultiChannel)
- STM8 多通道ADC,通过定时扫描方式。(STM8 multi ADC in timer scan mode .)
ADC+DMA+FATFS
- 利用DMA模式进行多通道ADC采集并写入SD卡的txt文件。适用于温湿度、压力变送器等。(Use DMA mode for multi-channel ADC acquisition and write SD card TXT file. Suitable for temperature, humidity, pressure transmitter, etc..)
STM8S_ADC1_多通道+串口
- 基于IAR的STM8SADC1多通道 可用于制作电压电压电流表(STM8SADC multi channel based on IAR)
ADC实验 (多路)
- 对初学ADC者有很大的帮助,主要是实现多通道的设计(For beginners ADC who will be of great help)
ADC1多通道DMA--软件触发
- 通过DMA将ADC采集到的多路ADC数据存到内存中,ADC采集通过软件触发。(The data collected by ADC is stored in memory through DMA.)
ADC1多通道DMA - 定时器触发
- 通过DMA将ADC采集到的多路ADC数据存到内存中,ADC采集通过定时器触发。(The data collected by ADC is stored in memory through DMA.)
pic ADC多通道循环采集
- 2通道ADC 循环采集电压(因外部采集电压高于5v,需用分压电阻分一次压),每个通道电压采集10次,均值滤波后 ,经内部换算,通过数码管显示出采样电压值,大于标准范围则报警(显示fall),标准范围内则显示pass 上传文档为原项目删减后的代码,只需看主函数需要的部分,主函数为调用的函数可不看(与ADC无关)(2 channel ADC (due to external voltage loop acquisition acquisi
多通道adc
- 对ADC1的通道1、2实现电压采集,并在TFT上显示(Voltage acquisition for ADC1 channels 1 and 2, and displayed on TFT)
ADC_DMA
- 用ADC多通道采集,存放数据DMA,串口发送出来(ADC multichannel collection, storage of data DMA, serial port)
adc
- STM8 ADC multi-channel acquisition C Language procedure
多通道AD采集(循环)
- AD多通道轮循采集,并用12864显示,没有采用DMA,另外包含了18B20的读写(AD multichannel wheel collection and 12864 display)
定时器+ADC+DMA+双缓冲 实现数据采集
- 使用探索者STM32F4开发板,实现ADC多通道采集数据+DMA,(ADC +DMA multiple conversion)