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LTC1405
- 凌特公司的一款并行的高速AD转换器,可双电源供电也可单电源供电,精度也还不错!在c8051f020下的开发程序如下!-Linear Technology' s a parallel high-speed AD converter, dual power supply can also be a single power supply, precision is also not bad! In c8051f020 development process under the followin
ads7835
- 基于ADS7835的高速AD采集芯片FPGA源码-ADS7835-based high-speed AD acquisition chip FPGA source code
ADC1110
- 基于TI ADC1110的驱动代码,MCU为MSP430F1611.adc1110为16位高精度高速AD转换芯片,转换速度快,精度高,电路简单,工作可靠。适宜单片机初学者研究学习。-TI ADC1110 based driver code, MCU 16-bit precision for the MSP430F1611.adc1110 speed AD converter chip, the conversion speed, high precision, the circuit is si
das804
- 本工程基于DG128,利用高速AD ads7843对外部信号进行采集。-This works on DG128, high-speed AD ads7843 external signal acquisition.
TLC5510
- 代码是高速AD tlc5510的驱动代码-Code is high-speed AD tlc5510 driver code
Data-Acquisition-System
- 数据采集系统 MAX1403.C 该文件是用于MAX1403的代码,包含了McBSP初始化、MAX1403初始化、McBSP读写等函数,读者可加入自己的工程之中去,并根据自己的要求适量修改之。 TLC5510A.C 该文件是用来驱动TLC5510A的代码,由于TLC5510A是总线型的高速AD,其访问较为简单,访问的方法及细节请见本书第17章。 MAX5444.C 该文件是驱动MAX5444的代码,由于MAX5444是单路高精度DA,所以,代码中只需执行系统初
V_ADC_SPCTR_ANALZ
- 包括了高速AD采样分析设计的全部源码,可直接应用于实际信号的AD采样分析。-Including the design of high-speed AD sampling and analysis of all source code, can be directly applied to samples of the actual signal AD.
oscillograph_AVR
- 通过这个示波器的制作,你将会了解很多东西,比如如何运用运算放大器组合放大电路,高速AD转换器的应用、FIFO存储器的应用、AVR单片机SPI总线接口协议以及点阵液晶驱动。-Produced by the oscilloscope, you will understand many things, such as how to use the combination of amplifier op-amp, high-speed AD converter application, FIFO mem
MAX153
- 一个max153的高速AD数据采集驱动程序,可以切换量程还有休眠,可以实现双极性采集-A max153 high-speed data acquisition AD driver, you can still sleep switch range can be achieved bipolar Collection
V_ADC_SPCTR_ANALZ
- 这是用VHDL写的高速AD采样分析设计的源码-It is written in high-speed AD VHDL design source sampling and analysis
ADS2807ctrl
- ADS2807控制 FPGA板上采用TI的ADS2807高速AD芯片实现模拟信号的采集,最高速度可达50MPS,必须用FPGA进行控制。其工作时序图如下: -ADS2807 control FPGA board using TI' s ADS2807 high-speed AD chip analog signal acquisition, the maximum speed of up to 50MPS, must be controlled by FPGA. Timing di
CPLD
- 基于CPLD的高速AD采样的VHDL程序-Based on CPLD high-speed AD sampling VHDL program
yinpinfangda
- 采用基于FPGA的频域加窗与反傅立叶变换的数字幅频均衡功 率放大器:此方案采用高速FPGA,以及配套的高速AD、DA 对信号进行采样,傅 立叶变换,在频域上对信号进行加窗操作,然后通过傅立叶反变换将波形还原。 以得到需要的频谱幅度。-FPGA-based frequency domain using the windowed Fourier transform with the number of pieces of anti-band equalizer amplifier: Th
AD_store
- 利用FPGA,实现高速AD存储示波器功能。高效,实用。-Using FPGA, high-speed AD storage oscilloscope function. Efficient and practical.
ADS931E
- 高速AD的驱动程序,能实现对ADS931E的模数转换,方便调用,操作简单-High-speed AD driver to achieve ADS931E the analog-digital conversion, easy call, easy to operate
[2681250]H34063A-(1)
- 关于高速AD的转换芯片的基本资料,,,有利于我们的硬件学习-High-speed AD conversion chip on the basic information, will help us learn the hardware
xp
- 96pin连接器、3366电位器、67148_AD_AD537、AD202隔离放大器、AD537、AD650SD电压频率,频率电压转换器、AD1671高速AD、AD7376,128位数字电位计、ADR440_441_443_444_445、CA3140高输入阻抗运算放大器、EPM7256,FPGA、IC封装大全、IRF430功率场效应管、LH0070、LM139四路差动比较器、MAX197、PCA82C250[1]、Pt1000、TD823高温功率放大器、TD823高温功率放大器、固态继电器AQ
my6
- fpga verilog程序,实现诸多模块功能,包括,数码管显示,与ad,da通信,与mcu通信,以便通过mcu将高速ad值显示在lcd显示器上。-fpga verilog program to achieve a number of modules, including, digital display, with the ad, da communication, communication with mcu, mcu high-speed through the ad to the val
ADS1256
- ADS1256高速AD采样芯片驱动程序,成功调试通过-ADS1256 high-speed AD sampling chip driver by successfully commissioning
ADc
- 与单片机相比,用CPLD/FPGA器件更适合于直接对高速AD采样控制。本实验接口器件为ADC0809,根据ADC0809的工作时序使用CPLD产生该控制信号,CPLD启动AD转换后,得到的数据送至单片机并在PC机及数码管上显示AD转换结果。-Compared with the microcontroller, CPLD/FPGA devices more suitable for direct sampling control of high-speed AD. The interface of