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Online simulation of the инвертор с тернарной логикой circuit

This is an example of a ternary logic gate implemented using MOSFETs that have specified threshold voltages. The input of this gate has three states: 0 (ground), 1 (2.5 V), and 2 (5 V). This is an inverter; if the input is X, the output is 2-X. When the input is 2, the n-MOSFET in the lower right corner pulls the output to ground (the MOSFET turns on when the gate voltage is 3.25 V or higher). When the input is 0, this MOSFET turns off, and the p-MOSFET at the top pulls the output to 5 V (the MOSFET turns on when the gate voltage is below 5-3.25 V, or 1.75 V). When the input is 1, both MOSFETs on the right are off, but the two MOSFETs on the left turn on, pulling the output to 2.5 V.

This page is a utility for simulating инвертор с тернарной логикой online with specified initial values.

The online circuit simulator allows you to model circuit behavior in real time. You can change circuit parameters, add new elements, and observe their interactions. This is a useful tool for learning and experimenting with electronic circuits.
⚡ Circuit Online 
Left-click — place/select · hover over an end (◯ highlights) and drag — stretch · wheel — zoom · middle/right-click — pan · double-click — settings

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