模拟电子电路实验室的创新

R. Pierce, R. Leskovich
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引用次数: 0

摘要

基于交互式图形的计算机程序已经开发出来,用于模拟电子电路实验室的主要方面,包括支持设备、测试仪器和测量程序。图形生成的测试仪器仪器在外观和操作上模仿真实世界的设备,同时反映了物理量测量所涉及的原理。图形生成的电路构造面包板可用于元件连接,并提供熟悉元件标签和电路连接。模拟面包板上的电路元件布局不限于给定的方向或配置。电路板的“智能”特性使正确的电压出现在节点上,以便通过图形生成的仪器进行测量和显示。模拟技术允许在规定的公差范围内随机化组件值,并提供在广泛的电路工作温度范围内的电压和电流测量。
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Innovations in simulating the electronics circuits laboratory
Interactive graphics-based computer programs have been developed for simulating major aspects of the electronics circuits laboratory including the support equipment, test instruments, and measuring procedures. The graphically generated test instruments instruments mimic real-world devices in both appearance and operation while reflecting the principles involved in the measurement of physical quantities. A graphically generated circuit construction breadboard is available for component connection and provides familiarization with component labeling and circuit hookup. Circuit component layout on the simulated breadboard is not limited to a given orientation or configuration. The 'smart' features of the board cause the correct voltages to appear at the nodes for measurement and display by the graphically generated instruments. The simulation techniques permit randomizing of component values within specified tolerance limits and provide for voltage and current measurements over a wide range of circuit operating temperatures.<>
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