When you move the cursor to “R2”, it changes to a current probe, so do “left click” of the mouse. This time, let’s display the current waveform flowing through “R2” using a current probe. Also, if you move the cursor while holding down the “Alt” key in the schematic wiring, it will change to a current probe as well. When you move the cursor to a part of the schematic, it changes to a current probe. Then, the voltage waveform of “OUTPUT” and the node name are displayed on the graph pane. When you move the cursor close to the “OUTPUT” wiring, it changes to a voltage probe, so just click “left click” of the mouse. This time, let’s display the voltage waveform of “OUTPUT” using a voltage probe.
When you move the cursor close to the schematic wiring, it changes to a voltage probe. This article will explain transient analysis as an example.Īnalysis that can use probe Analysis method Note that some probes may not be available depending on the type of analysis, as shown below. When move the cursor to the part of the schematic while pressing the Alt key, “Watt meter” of the thermometer will be displayed. When you move the cursor to a part of the schematic, “Current probe” of the clamp meter is displayed.Īlso, if you move to the schematic wiring while holding down the Alt key, the current probe will be displayed as well. When you move the cursor close to the schematic wiring, “Voltage probe” of the tester terminal will be displayed. The following types of probes can be used to easily display voltage, current and power waveforms.
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