Inverter Logic-Level Check
CircuitSim
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Created Jun 30, 2026
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Updated Jul 5, 2026
Details
Components
—
Schematic
Yes
Simulation
Transient analysis
Copies
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About this circuit
Static logic demonstration for the inverter.
Circuit notes
Inverter Logic-Level Check
Application
This circuit uses the inverter as a single-input logic stage. The input source provides a high level, and the output is measured after inversion.
Schematic Organization
The input source is on the left, the featured inverter is centered, and the output drives a light 10K load on the right. A digital probe sits directly on the output wire.
Expected Behavior
With A held at 5 V and the input threshold at 2.5 V, Y should read as logic low. Setting A to 0 V should make Y read high.
Suggested Experiments
Change VA between 0 V and 5 V and rerun the transient simulation. Then try changing the rise and fall delay values to see how they affect edge timing in switched examples.
Featured Component
The featured component keeps the imported A-to-Y pin arrangement while exposing timing parameters for later transient experiments.
Components used
No component metadata available.
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