To connect the SourceMeter Instrument to diode 1, close Chs. 1 and 21.
若要将源表连接到二极管1，需要闭合通道1和21。
The SourceMeter instrument is designed for general-purpose, high speed production test applications.
数字源表是为常规的测试和高速生产测试等应用而设计的。
In this system, each diode is switched to the Model 2400 SourceMeter Instrument through two two-pole switches.
在该系统中，每个二极管通过两个双刀开关切换至2400型源表。
Current users of the Series 2600 SourceMeter instruments will find migrating their applications to Series 2600a instruments easy.
目前，2600系列数字源表的用户发现：将应用转向2600a系列数字源表将更容易。
The typical SourceMeter instrument doesn't have as high an input impedance or as low a current capability as a source-measure unit.
典型的数字源表不像源-测量单元那样具有极高输入电阻或极低的弱电流测量能力。
The SourceMeter instrument first performs the necessary DC tests, such as forward voltage, reverse breakdown voltage, and leakage current.
源表首先进行必要的直流测试，例如正向偏压、反向击穿电压和漏流。
When the SourceMeter instruments and switch mainframe are connected via trigger Link, they can trigger each other to allow faster test execution.
当源表和开关主机通过TriggerLink连接时，它们能够彼此触发，可更快地进行测试。
Figure 4-43 illustrates a test configuration that employs a Model 2182a Nanovoltmeter and a Series 2400 SourceMeter instrument for contact resistance measurements.
图4 -43示出使用2182a型纳伏表和2400系列数字源表仪器进行接触电阻测量的测试配置情况。
The SourceMeter instrument is very similar to the source-measure unit in many ways, including its ability to source and measure both current and voltage and to perform sweeps.
在很多方面数字源表仪器与源-测量单元是类似的，包括电流和电压源，电流和电压测量以及扫描等性能。
The SourceMeter instrument is very similar to the source-measure unit in many ways, including its ability to source and measure both current and voltage and to perform sweeps.
在很多方面数字源表仪器与源-测量单元是类似的，包括电流和电压源，电流和电压测量以及扫描等性能。
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