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adc过采样
- 这是cygnal8051f020的读写adc的程序-literacy celade procedures
F350_ADC_Buffered_2
- c8051f350ADC采样程序,已经通过编译运行的程序.请放心使用-c8051f350ADC sampling procedures have been adopted compiler operation procedures. Please be assured use
c8051f020ADC
- 基于c8051f020的ADC采样程序,完全运行成功-Based on the C8051F020
51adc
- 51单片机AD采样程序... ... -51 Singlechip AD sampling procedures ... ... ...
dsp2812-ADC
- 一个DSP2812的AD采样程序,通过DSP自带的AD端口进行AD转换-DSP2812 a sampling of the AD process, through the DSP built-in AD converter AD port
C8051F350-ADC
- C8051F350单片机24位AD采样程序。-C8051F350 single-chip 24-bit AD sampling procedures.
ADC
- 2407实验指导书上,adc采样程序-2407 experimental guide books, adc sampling procedures
adc
- AD574在 LPC2138下的 12位AD转换采样程序 12位数据分两次在数据总线上输出,查询方式-LPC2138 under AD574 in 12 AD converter sampling procedures in two 12-bit data bus in the data export, query
ADCcaiyang
- ADC采样程序,没能将16位模拟采样转换-ADC sampling procedures, not be able to convert 16-bit analog sampling
ADC
- 数据采集AD/DA采样采样程序 -AD/DA数据采集AD/DA采样采样程序数据采集AD/DA采样采样程序
adc
- TIDSP2812 的ADC采样程序 程序不知道有没有问题 就是采样不进来 希望大家帮忙看看啊 -ADC 2812
adc
- 2812的AD采样程序 我已经调试成功 希望对大家有用-2812的AD采样程序 我已经调试成功 希望对大家有用
ADC
- C8051F020芯片自带的采样程序,拿来既可以使用了!-C8051F020 chip comes with the sampling procedures used can either use it!
ADC_TEST
- STM32,ADC采样程序,TIM定时触发,DMA传输,并且串口通信-rerefd fdsgdfgfghgddfhdf
ADC-sample-example-
- ADC采样程序,已经验证可以使用。 -ADC sample example
STM32L1XX adc程序
- 基于STM32L15系列的ADC采样程序,采样精度较高(ADC sampling program based on STM32L15 series, sampling accuracy is higher)
adc
- stm32的ADC采样程序,使用于stm32F103系列(Stm32 ADC sampling procedures, used in the stm32F103 series)
C8051F310 ADC采样
- C8051F310 ADC采样程序.2. 功能:实现ADC采样芯片外的模拟电压,通过LCD显示,并通过串口(J6)发送到PC机 注:试验时把LCD电源跳线(J20_1和J20_2)联接好!(C8051F310 ADCconversion)
STM32 ADC
- 基于STM32平台进行ADC采样,是对整个STM32软件配置好后,进行ADC程序编写,信号由模拟量转换为数字量,并上传到PC的过程(ADC sampling based on STM32 platform is a process of ADC programming after the STM32 software is configured, and the signal is transferred from analog to
ADC
- stm32F103 adc采样程序,包括初始化和配置等(u16 ADC_Get_aveg(u8 ch,u8 n) { u32 ad_sum = 0; u8 i; for(i=0;i<n;i++) { ad_sum += Get_val(ch); delay_ms(5); } return (ad_sum / n))