Induction Stove Capacitor 0.3µF 630V 1200V 50KHz – Set of 2 India

Induction cooktop not heating, IGBT overheating, or error showing? The high-voltage resonance capacitor is one of the most commonly replaced induction stove components — and this 0.3µF (300nF) J-grade, 630V/1200V, 50KHz polypropylene capacitor is the standard value used in most Indian induction cooktop resonant circuits.

What Does This Capacitor Do in an Induction Stove?

Induction cooktops work by creating a high-frequency alternating magnetic field through a coil. The resonant circuit consists of the IGBT power transistor, the induction coil, and this capacitor working together at 20–50KHz. The capacitor tunes the resonant frequency of the circuit — ensuring maximum energy transfer to the pan. When this capacitor fails (short circuit or open circuit), the induction stove stops working, gives an error code, or the IGBT overheats and fails.

Induction Capacitor Specifications Decoded

Key Features

• Induction stove capacitor — 0.3µF, J grade, 630V/1200V, 50KHz
• Set of 2 — both resonant circuit capacitors replaced together
• High voltage polypropylene — correct type for induction HV circuits
• Standard value for most Indian induction cooktop brands

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FAQ

Q: How do I test if this capacitor has failed?
Use a capacitance meter set to µF range. A healthy 0.3µF capacitor should measure 270–330nF. If it measures 0 or very high, it has failed. WhatsApp for guidance.

Q: Should I replace both capacitors or just the failed one?
Recommended: replace both. These capacitors age together — replacing only one often means the second fails within months.