This simulation demonstrates an LC Oscillator, where energy continuously transfers between the inductor and capacitor, producing oscillations. The waveform shows the voltage across the inductor (green), the current through the inductor (yellow), and the current through the capacitor (red). As the capacitor charges and discharges, it drives current through the inductor, creating sinusoidal oscillations at the circuit’s resonant frequency (around 159 kHz here). This highlights the fundamental prin

This simulation shows a Ring Oscillator, a fundamental type of oscillator built using an odd number of inverting stages, here implemented with MOSFET inverters. Each inverter introduces a phase shift of 180°, and with three stages, the total phase shift becomes 540°, effectively 180° for sustained oscillation as per the Barkhausen criterion. The capacitors at each node determine the delay, which controls the oscillation frequency. The waveforms above display three out-of-phase outputs (blue, gre