搜索资源列表
高速差分ADC驱动器设计指南
- 作为应用工程师，我们经常遇到各种有关差分输入型高速模数转换器(ADC)的驱动问题。事实上，选择正确的ADC驱动器和配置极具挑战性。为了使鲁棒性 ADC电路设计多少容易些，我们汇编了一套通用“路障”及解决方案。本文假设实际驱动ADC的电路——也被称为ADC驱动器或差分放大器——能够处理高速信号。
TMS320x280x__(ADC)
- 2812的ad的详细说明，包括精度、寄存器等，对大家在配置文件和制板都是很有用的-2812 A detailed descr iption of the ad, including the accuracy, registers and so on, for everyone in the configuration file and system board are very useful
adcChannelScanning
- dsPIC33F型号的CPU可配置10位或12位的ADC采样，转换完成后直接从DMA中读取转换结果。源码中对多路模拟量进行采样，对ADC及DMA分别进行了配置。 -dsPIC33F models of CPU can be configured 10-bit or 12-bit sampling ADC, the conversion after the completion of DMA read directly from the
ADC_Configure_of_STM32
- 描述了如何配置stm32f10x的ADC控制寄存器，ADC1被配置为有顺序地转换第14与17通道的模拟输入量，ADC2被配置为有顺序地转换第10与11通道的模拟输入量。-This example describes how to use ADC1 and ADC2 in regular simultaneous dual mode. ADC1 is configured to convert channel14 and channe
tms320f28335_adc_examples
- tms320f28335芯片adc模块的详细配置以及各种采样模式的例程，包括自动触发模式、dma模式、多级排序模式等。-tms320f28335 chip module adc detailed configuration and a variety of sample models routines, including automatic trigger mode, dma mode, multi-level sorting mod
ADC
- 介绍XC164CM单片机的ADC工作原理以及DAVed的配置方法和KEIL的编程实例-Introduction XC164CM MCU ADC works and DAVed configuration methods and programming examples KEIL
AD
- dspic 的ADC程序，，，对adc 的配置说明非常的清楚-dspic the ADC program, on the adc of the configuration instructions are very clear
lm3s1138_adc
- 基于《Stellaris外设驱动库》的例程：处理器直接触发ADC采样 本实验演示配置ADC采样序列0，通过处理器直接触发ADC采样，ADC模拟量需从外部输入（ADC0），最大不能超过3.0V，因为ADC内置的参考电压为3.0V。 在进行ADC配置之前，必须首先进行PLL锁相环配置（详见EasyARM1138例程\02 SysCtl(系统控制)\3 锁相环PLL设置）。错误配置PLL将使系统进入异常。 ADC
ADC
- C8051F020单片机ADC操作。通过它，可以很快地学习ADC硬件寄存器的配置，只要稍微修改，即可以容易地加入到您的工程-C8051F020 microcontroller ADC operation. Through it, you can quickly learn the configuration of hardware registers ADC, with a little modification, that can b
ADC-Frequence
- 初学者非常实用的STM32F4对ADC时钟的配置程序，程序里面涉及对F4的ADC速率的配置-Beginners very useful STM32F4 of of the ADC clock configuration procedures, procedures which involve the configuration of the F4' s ADC rate
DSP2833x_Adc
- TMS320F28335的ADC配置程序，工作在顺序级联启停模式，采样频率25000hz-TMS320F28335 ADC configuration program, working in a sequential cascade start-stop mode, the sampling frequency 25000hz
adc
- 基于stm32的ADC程序,告诉你如何配置GPIO和时钟的初始化之类的-stm32 adc
ADC
- 基于C8051F的ADC功能例程、配置。新手专用-The ADC features based on C8051F routine configuration. Novice special
STM32F030-ADC
- STM32F030的ADC配置，实现ADC单通道单次转换，扫描法读取转换结果。-STM32F030 ADC configuration, realizing the ADC single channel single conversion, scanning method to read the conversion result.
adc
- QS-01传感器的ADC配置程序，采用DMA方式，速度够快-QS-01 senser
ADC
- PIC18F6621的ADC配置程序，调试通过！-PIC18F6621 the ADC configuration program debugging through!
adc
- 实现了飞思卡尔DZ60的时钟配置，有详细的代码注释(Realized the Freescale Carle DZ60 clock configuration, there are detailed code Notes)
adc
- STM8S的ADC采样配置，拿来就可以用，已经调试过。采样值采用求平均的方法，当然也可以采用冒泡排序法，看自己的需求。(STM8S ADC sample configuration used can be used, it has been tuned. Samples using the averaging method, of course, can also be used bubble sort method, see thei
STM32F0xx_ADC采集电压配置详细并出口打印出来
- STM32F0的ADC采集，并通过串口打印采集电压(STM32F0 ADC acquisition, and through the serial port to print the acquisition voltage)
ADC
- 配置28377ADC模块，同时调用了中断函数，实现赋值给所需要的寄存器(Configure 28377 ADC module)