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adtoda
- 自己写的几个ADC抓换与DAC转换程序,平台是51单片机,稍作修改即可移植到其他平台,希望对初学者有所帮助-Their efforts to write several ADC and DAC for the conversion process, single-chip platform is 51, with some slight modifications can be ported to other platforms, and they hope to be helpful for
DAC
- seed2812dac例程,可与adc并肩作战,方便学习。-seed2812dac routines, alongside with the adc to facilitate the study.
1
- 该数控直流电流源以精密压控电流源为核心、用单片机、DAC组成控制电路,引入“S类”反馈控制功率放大电路,实现超精密电流控制、具备精准的扩流能力、低失调、有步进、同时带有 丰富扩展功能的精密电流源。经过ADC采样,完成输出电流显示功能,并使输出范围覆盖0~2A,是理想的电流源解决方案。-The CNC precision DC voltage-controlled current source to current source at the core, with single-chip, DAC
DAC
- 本程序使用C8051F020单片机自带的模数转换器,进行模数转,输出模拟电压。-C8051F020 single chip uses the built-in ADC, the analog-to-digital switch, the output analog voltage.
ADC_a_chanel
- program convert ADC to DAC with WinAVR
FPGA_Based_Multi-channels_Serial_ADC_controller.ra
- 采用FPGA控制ADS7844进行模数转换。ADS7844 是Burr_Brown公司推出的一种高性能、宽电压、低功耗的12 b串行数模转换器。它有8个模拟输入端,可用软件编程为8通道单端输入A/D转换器或4通道差分输入A/D转换器,其转换率高达200 kHz,而线性误差和差分误差最大仅为±1 LSB。-Using FPGA control ADS7844 analog to digital conversion. ADS7844 is a Burr_Brown the company intr
FPGA_ADDA
- 基于 Cyclone EP1C6240C8的ADS2807,DAC2902 测试程序。主要用来使用FPGA控制ADC采集和DAC的输出,从而达到高频率信号处理的功能。首先从ADC2807采集数据,然后送给DAC2902输出。 采用FPGA口线模拟ADC2807和DAC2902的时序来实现。 提供ADC采样频率控制、DAC输出频率控制、输出波形控制、ADC通道转换、DAC通道转换等功能。-Based on Cyclone EP1C6240C8 of the ADS2807, DAC2902
SPMC75
- 主要内容为:μnSPTMCPU系列单片机的基本结构与组成原理;寻址方式和指令系统;片内的外设部件,如并行口、串行口、定时器、计数器、ADC和DAC(PWM)等;中断系统;汇编语言程序设计;集成开发环境IDE及较多的应用实例。书中重点介绍了凌阳公司最新推出的以SPCE061系列为主的各单片机的特点,以便用户根据需要选用所需的单片机,组成应用系统和嵌入式计算机系统。-The main contents are: μnSPTMCPU Series MCU' s basic structure a
LPC23xx24xxExample
- Keil uVision4开发环境LPC23xx24xx下的开发例程,包括ADC,COMMON,DAC等等,希望对大家有用-Keil uVision4 development under the development environment LPC23xx24xx routines, including the ADC, COMMON, DAC, etc., we hope to be useful
ADC-ARM-Proteus
- ADC数模转换 基于Proteus仿真 请用最新版本的PROTEUS打开 主芯片采用LPC2124 代码用KEIL写的 都在里面呢。-ADC DAC simulation-based Proteus PROTEUS please use the latest version of the code to open the main chip used by LPC2124 KEIL are written inside it.
adc-test
- An analog-to-digital converter (abbreviated ADC, A/D or A to D) is a device which converts a continuous quantity to a discrete time digital representation. An ADC may also provide an isolated measurement. The reverse operation is performed by a digit
AIC23--chinese-datasheet
- TLV320AIC23(以下简称AIC23)是TI推出的一款高性能的立体声音频Codec芯片,内置耳机输出放大器,支持MIC和LINE IN两种输入方式(二选一),且对输入和输出都具有可编程增益调节。AIC23的模数转换(ADCs)和数模转换(DACs)部件高度集成在芯片内部,采用了先进的Sigma-delta过采样技术,可以在8K到96K的频率范围内提供16bit、20bit、24bit和32bit的采样,ADC和DAC的输出信噪比分别可以达到90dB和100dB。与此同时,AIC23还具有很
STM32ADC
- 用STM32单片机控制内部12位DAC进行电压采集,使得采集电压显示在LCD1602上-STM32 MCU with internal 12-bit DAC to control the voltage acquisition, making the acquisition on the voltage displayed on the LCD1602
adc-dac
- AD转换,可以用作单片机开发中的某个功能,希望可以用到-AD conversion, the microcontroller can be used as a feature in development, hoping to use
adc
- the file is c cource code for adc and dac operation of microconverter c8051f040. It reads adc input and sends it to dac output.
jibenchengxuofSTC51
- //工程:STC12LE5A60S2单片机最小系统模块程序集 //硬件配置:单片机STC12LE5A60S2、液晶显示MZLH04、矩阵键盘、数模转换芯片///TLV5638 、模数转换芯片ADS7883 ///完成功能:1、键盘输入:(1)利用STC内部ADC测量电压按键 (2)矩阵键盘按键 2、///液晶显示 3、ADC 4、DAC。 //编程需要的头文件:1、铭正同创官网MZLH04显示例程LCD_Dis.h 2、stc12c5a.h-Engineering: STC12LE5A60S2
STM3210-ADC
- 在STM32平台上用KEIL开发环境编译的ADC数模转换器-KEIL development environment to compile the ADC DAC on the STM32 platform
ADC
- DAC数模转换是单片机学习过程中的实验之一,内容包括输出锯齿波,矩形波,三角波的源代码,以及实验指导书,可以轻松看懂并运用!-DAC digital to analog conversion is one of the experiments in the SCM learning process, including the output sawtooth wave, square wave, triangle wave source, and experimental instruction
51IO-to-extend
- 51单片机的I/O接口及ADC、DAC接口、键盘显示接口扩展及应用实例-51 to extend the microcontroller interface and application examples
ADC
- 将4路模拟量4-20mA电流信号通过I\V变换将信号送至AD模块, 实现数模转换,送入单片机,经单片机处理后,再次通过DA转换和V\I变换, 输出,最后连接一个远程通讯模块连接至上位机。(The 4 analog 4-20mA current signal is transmitted to the AD module via the I\V transform, Realize digital to analog conversion, into the microcontroller,