Circuit Simulator - Schmitt Trigger (with op-amps)

Why should I learn to use the circuit simulator to design Schmitt Trigger (with op-amps) circuits?

Learn how to use circuit simulator software to design your own Schmitt Trigger (with op-amps) circuits.

Where can I get a Schmitt Trigger (with op-amps) circuit diagram with an explanation?

IndiaBIX provides numerous Schmitt Trigger (with op-amps) circuit diagrams with detailed explanations and working principles.

How do I design a Schmitt Trigger (with op-amps) circuit with this circuit simulator?

You can easily design Schmitt Trigger (with op-amps) circuit diagrams by practising with the given circuit simulator. With this online circuit simulator, you can design and simulate your own electronic circuits.

Schmitt Trigger (with op-amps)
Schmitt Trigger (with op-amps)
Circuit Description:
This circuit is a Schmitt Trigger, a type of comparator. It measures the input to see if it is above or below a certain threshold. The threshold varies to make it less likely that the output will switch rapidly back and forth due to a noisy input near the threshold.

The input is a noisy 40 Hz sine wave, shown in the first scope. The threshold is shown in the second scope. The third scope is a graph of the output versus input. Note that the threshold goes down whenever the input rises above it, and vice versa.

The two 10k resistors form a voltage divider that put the threshold voltage (the + input of the op-amp) at 5 V. But, the output of the op-amp is also connected to the threshold input through a 100k resistor. This causes the threshold to be raised or lowered slightly depending on the op-amp output.

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