Simulation Lab
Explore how an Inductive Pulse Charging system moves energy — from source battery through the pulse circuit, coils, and flyback recovery into the receiving battery. Adjust pulse parameters and watch the system respond in real time.
Tip: LiFePO4 chemistries respond best near 120 Hz with ~40% duty. The CoP shown is an educational model of documented behavior, not a measurement.
ON Phase
The switch closes and the source battery drives current through the pulse coil, building a magnetic field. Energy is temporarily stored in the coil's inductance.
OFF Phase — Flyback
The switch opens abruptly. The collapsing field generates a high-voltage inductive spike (up to ~1.7 kV) that is steered through the flyback diode.
Recovery
The spike's energy is captured by the receiving battery as sharp charge pulses — the core mechanism behind pulse-conditioned charging.