数字电压表模块；
We believe that the design of digital voltmeter would be used abroad in future.
相信这个设计会在未来的电压表中广泛应用。
This is a 062 - AD0832 digital voltmeter 1602 LCD, for beginners and project development.
这是一个062- AD 0832数字电压表1602液晶，适合初学者及工程开发。
And the excitation voltage and output were also fed through the selector switch to the digital voltmeter.
其激励电压和输出也通过选择开关接到数字电压表上。
Using with a vibrating capacitor electrometer and a digital voltmeter, the stability is better than 0.1%.
它配合动电容静电计和数字电压表进行测量，其稳定性好于0.1%。
I graduated from the core task is to design: FPGA to create a VHDL-based language of the digital voltmeter.
我的毕业设计的核心任务是：采用FPGA来制作一个基于VHDL语言编写的数字电压表。
The analog signal of inertia measurement unit (IMU) is analyzed through digital voltmeter and digital oscilloscope.
分析了数字电压表和数字示波器对惯性测量装置(IMU)模拟输出的测量数据。
Its output signal can be displayed by digital voltmeter, signal conditioner or dynamic strain amplifier with recorder.
其输出信号可用数字电压表，信号调节器，或动态应变仪接示波器记录。
By programming the FPGA with VHDL and debugging on the EDA experimental box, basic function of the digital voltmeter is realized.
通过对FPGA芯片进行VHDL语言编程，并在EDA实验箱上下载、调试，实现了数字电压表的功能。
Plessey describes EPIC as essentially a very sensitive, contactless digital voltmeter capable of measuring millivolt changes in electric fields.
Plessey将EPIC电位集成电路描述成一个本质上非常敏感的非接触式数字电压表，它可以测量到电场中的毫伏变化。
The system's digital voltmeter circuit is simple, can measure the voltage 0 ~ 5v, and the four turns on the LED digital display or a single select Show.
该系统的数字电压表电路简单，可以测量0 ~5V的电压值，并在四位LED数码管上轮流显示或单路选择显示。
This paper introduces the design scheme of a highly accurate measurement system of temperature automation using a digital voltmeter with the IEEE-488 interface.
介绍使用具有IEEE—488接口的数字电压表构成的高精度室温自动检测系统的设计方案。
The temperature is measured with an integrated temperature sensor AD590, amplified and zeroed through an analog circuit, displayed directly by a digital voltmeter.
用集成温度传感器ad5 90测量温度，通过模拟电路调零和放大，其温度由数字毫伏表直接显示。
Measuring apparatus can use general digital voltmeter with appropriate accuracy, but generating standard dynamic strain signal is a problem which hasn't been well solved.
测量仪器可用适当精度的通用数字电压表，而标准动态应变的产生则是尚未很好解决的问题。
This paper introduces achievement of an automatic test of he digital voltmeter with HP-VEE software and available equipment to increase the measuring speed, decrease the personal error.
介绍了用HP-VEE软件及现有设备实现数字电压表的自动化测试，提高了测量速度，减少了由于人员因素造成的误差。
This paper introduces achievement of an automatic test of he digital voltmeter with HP-VEE software and available equipment to increase the measuring speed, decrease the personal error.
介绍了用HP-VEE软件及现有设备实现数字电压表的自动化测试，提高了测量速度，减少了由于人员因素造成的误差。
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