This simulation demonstrates the working principle of an LC oscillator, which generates sustained oscillations using an inductor (L) and capacitor (C). The upper oscilloscope traces show three key waveforms: the green waveform represents the voltage across the inductor, the yellow one is the current through the inductor, and the red waveform shows the current through the capacitor. The LC circuit forms a resonant tank, where energy continuously exchanges between the inductor’s magnetic field and

This simulation showcases a Ring Oscillator, a fundamental oscillator circuit widely used in digital electronics and VLSI systems. The circuit is composed of an odd number of CMOS inverters connected in a loop, creating a feedback path. As seen in the waveform above, the outputs of each inverter stage oscillate with a noticeable phase shift , 60°, between them, forming a periodic waveform without any external clock or input signal. The voltage plots (in orange, green, and violet) highlight how t