F339X144733KI02W0

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Film capacitors, also known as plastic dielectric capacitors or film dielectric capacitors, are certified for AC or DC and polarized or unpolarized applications. However, not all film capacitors are the same. Different film capacitors are designed for different applications and principles, including the F339X144733KI02W0. It is designed to provide capacitance for high reliability applications, such as broadcast electronics, telecommunications, sensing, and military and aerospace.

The F339X144733KI02W0 is a film capacitor designed for high reliability applications. It has an operating temperature of -40℃ to 105℃, a rated AC voltage of 2kV, a rated DC voltage of 400V and a capacitance of 330µF. The F339X144733KI02W0 is designed with a polyester dielectric, a crimped end terminations and rectangular construction. The dielectric offers excellent performance and high resistivity, making it ideal for applications where long life or frequent cycling is needed. Additionally, the capacitor’s construction ensures long life over a wide temperature range, ensuring the capacitor’s performance in different application conditions.

The working principle of the F339X144733KI02W0 is based on the three different behaviors of electrical current: capacitive, resistive, and inductive. Capacitive current is when two electrical conductors are separated by an insulator and electric energy is stored. In the F339X144733KI02W0, a polyester dielectric is used as the insulator. The dielectric allows electric current to flow in one direction, creating capacitance. The capacitor then stores energy, allowing it to store energy over long periods of time and to act as a filter in electrical circuits.

Resistive current refers to the opposition of electrical current. This occurs when an electrical current encounters an object with a different resistance, such as a resistor. In the F339X144733KI02W0, a polyester dielectric is used, creating a resistance to the flow of electric current. This resistance allows the capacitor to maintain a steady voltage.

Lastly, inductive current occurs when a DC current is applied across a coil of wire. This current creates a magnetic field that stores energy. The F339X144733KI02W0 also uses inductive current; the crimped end terminations act as a wire coil, allowing magnetic fields to be created around the capacitor.

In summary, the F339X144733KI02W0 is a film capacitor designed for high reliability applications. It has a capacitance of 330µF, an operating temperature of -40℃ to 105℃, a rated AC voltage of 2kV and a rated DC voltage of 400V. It is designed with a polyester dielectric, a crimped end terminations and rectangular construction. Its working principle is based on the three different behaviors of electrical current: capacitive, resistive, and inductive.

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