This Simulation demonstrates a MOSFET-based signal sampler, where a 1 Hz sine wave is periodically sampled using a gate-controlled MOSFET. A 100 ms clock pulse turns the MOSFET on at regular intervals, allowing brief portions of the input signal to pass through. The capacitor captures these sampled voltages, while the 10 kΩ resistor causes a slight decay between samples. The output waveform shows discrete samples of the sine wave, illustrating the basic operation of a signal sampler. #Electronic