MC12CF100C-F

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Mica and PTFE capacitors are useful electrical components used in a variety of industries. The MC12CF100C-F capacitor, in particular, is a combination of mica and PTFE capacitors designed for use in high-frequency applications. This capacitor offers good insulation characteristics and stable performance in extreme temperatures and provides a good filtering action for power components, dc-dc converters, and motor drives.

The MC12CF100C-F capacitor has a standard operating temperature range of -55°C to +150°C, in addition to a relative humidity range of 20% to 95%. It operates at a maximum voltage of 1 kV and can handle peak currents up to 180 A. Additionally, its maximum reverse voltage is 1.4 kV. In terms of its physical characteristics, the MC12CF100C-F capacitor has a diameter of 100 mm and a thickness of 2.8 mm.

The application field of the MC12CF100C-F capacitor generally includes high-voltage applications found in power systems as well as radio-frequency and microwave circuits. The capacitor is especially useful for applications in aviation and in components like motors used for electric cars. It is also applicable in power supplies, industrial equipment, and several other electronics industries.

The working principle of the MC12CF100C-F capacitor is based on the capacitance of the cutting surface between the mica film and PTFE layer. As this cutting surface generates an electric charge when exposed to alternating current, the capacitor can store the energy in an electric field. The alternating energy induces a current to the cutting surface, and the capacitor stores this energy as a potential. This stored energy then releases itself when the alternating current stops, keeping the circuit intact and providing stable power.

The MC12CF100C-F mica and PTFE capacitor is an optimal choice for a variety of different industries and applications due to its versatility and dependability. Its application fields range from power systems to electric motors, providing protection and a steady power supply. Moreover, its working principle efficiently stores and releases energy, allowing for a secure and stable electric circuit.

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