Final answer:
The question asks for calculations related to a half-bridge resonant inverter. To provide an answer, one must use principles of resonant circuits and electrical equations to derive the waveform, RMS values, and power figures for the given electrical component specifications at a switching frequency of 3.5KHz.
Step-by-step explanation:
The subject task involves analyzing a half-bridge resonant inverter with bidirectional switches with given electrical component specifications (C₁=C₂= 3μF, L=50μH, R=2Ω, and Vₛ=220 V) and a switching frequency of 3.5KHz. As the question is focused on a specific electrical system and requires calculations based on electrical properties, the primary goal is to determine the output current waveform, output RMS current, average and RMS value of Q1 transistor current, and average output power using the provided parameters. The typical approach would involve applying resonant circuit principles, along with Ohm's Law and power equations, to define the circuit's behavior at the given frequency.