本文讨论应用面向对象技术实现可扩展数字示波器自动检定系统的模块化设计。
The paper presents a modular design based on object-oriented technology for extensible digital oscilloscope automatic verification system.
并介绍了采用构件技术建立数字示波器自动检定系统的全新解决方案。
And introduces a new solution which using component to establish digital oscilloscope automatic verification system.
该测控软件实现了对示波器的测试量程，测试通路、测试状态等80余种面板按钮操作功能自动设定；
The software can complete the automatic set of more than 80 panel functions such as the test range, channel and status, etc. of the oscilloscope;
该系统可快速完成对模拟示波器的自动化校准，把校准结果存入数据库，并可用VBA技术自动生成校准证书。
It can calibrate analog oscilloscope quickly and automatically, store the calibration data in database and then generate a calibration certificate automatically by VBA.
与常规示波器相比，不但简化了结构，提高了测试性能，而且实现了测试自动化。
Comparing with the normal oscilloscope, the new system not only simplifies the structure, improves testing performance, but also implements test automation.
较为详细地阐述了数字示波器全自动检定系统程序库的开发，满足了多种数字示波器自动检定的需求。
Discusses how to develop digital oscilloscopes auto verification procedures in detail, in order to satisfy many different kinds of digital oscilloscopes verification.
较为详细地阐述了数字示波器全自动检定系统程序库的开发，满足了多种数字示波器自动检定的需求。
Discusses how to develop digital oscilloscopes auto verification procedures in detail, in order to satisfy many different kinds of digital oscilloscopes verification.
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