围绕通用电子测量仪器的基本功能与特点，研究嵌入式系统的逻辑结构设计方法。
The design of logic architecture for embedded system is studied based on the basic function and feature of universal electronic measurement instruments.
针对在分析惯性仪器测试需求和基本功能的基础上，提出一种通用测试的理念和方法。
According to analysis of inertial instrument test requirements and basic functions, a sort of universal test conception and method are brought forward.
KT1175-10型仪器的基本功能还包括精密电容测量和开路定位器（OCL）。
Precision capacitance measurements and an Opens Circuit Locator (OCL) are standard features of the CKT1175-10.
文中在分析惯性仪器测试需求和基本功能的基础上，提出一种通用测试的理念和方法。
According to analysis of inertial instrument test requirements and basic functions, a sort of universal test conception and method are advanced.
虚拟仪器具有数据采集、数据分析处理、结果输出显示三大基本功能，而数据的实时自动采集是其最基本功能。
Virtual instrument have three basic functions including data acquisition, data analysis, result output and display, but real-time data acquisition automatically is the best basic function.
采用单片机控制该系统运行，可以在PC端的人机界面设定试剂加样量和加样次数以及仪器运行的流程，为焦磷酸测序仪的开发搭建了一个初步的、具备一定基本功能的框架。
The platform was controlled by MCU and the GUI was developed to modify the parameters. The platform provides a basic and functional tool for the development of the device.
采用单片机控制该系统运行，可以在PC端的人机界面设定试剂加样量和加样次数以及仪器运行的流程，为焦磷酸测序仪的开发搭建了一个初步的、具备一定基本功能的框架。
The platform was controlled by MCU and the GUI was developed to modify the parameters. The platform provides a basic and functional tool for the development of the device.
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