ECW-H12682HL

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Film capacitors are an essential part of many electrical systems. They are used to store energy and reduce noise from electrical circuits. ECW-H12682HL is a great example of such a capacitor. It is a high performance, high voltage film capacitor designed for use in many different applications.

ECW-H12682HL film capacitor has an external heat-sink and a flexible self-heating element to maintain internal temperature stability. It has a wide operating temperature range of -55°C to 105°C. The capacitor is resistant to overvoltage and transient voltages, as well as being resistant to high levels of thermal shock. It also offers low equivalent series resistance and inductance.

ECW-H12682HL film capacitor is widely used in power conditioning, UPS systems, renewable energy systems, and other high voltage applications. It is also suitable for high frequency switching applications. The capacitor can be used in many other applications, such as power supplies, chargers, automotive systems, lighting systems, etc.

The working principle of this film capacitor is based on the principle of electric field capacitance. This phenomenon occurs when the electric field between two conductive plates cause the dielectric materials between them to store a certain amount of electrical energy. The capacitor is capable of storing large amounts of energy, even at high frequencies. The amount of energy that can be stored in the capacitor is directly proportional to the amount of charge that is allowed to enter the capacitor. As more charge is allowed to enter the capacitor, the amount of energy that can be stored increases accordingly.

ECW-H12682HL film capacitor is a high performance, high voltage film capacitor designed for use in many different applications. Its wide operating temperature range and resistance to overvoltage and transient voltages make it suitable for a number of power conditioning, UPS systems, renewable energy systems, and other high voltage applications. It is also suitable for high frequency switching applications. This reliable and efficient capacitor is capable of storing large amounts of energy, even at high frequencies, thanks to its working principle based on the principle of electric field capacitance.

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