ECW-HA3C363J4

Film capacitors, also known as plastic dielectric capacitors, are electrostatic capacitors with a plastic film, such as polyethylene, polypropylene, polyvinylidene fluoride (PVDF), polyester, polyimide, as a dielectric medium used to store energy, and are used extensively in modern electronics circuits due to their high heat resistance, low dielectric loss, relatively wide frequency range, and temperature stability.

ECW-HA3C363J4 is a new type of film capacitors, it is a self-healing type capacitors which use a polypropylene film as the dielectric medium and have a 10 AWG or 8 AWG silicone-coated hook-upwire lead. The device has a wide range of application fields, such as AC service entrance, motor start capacitors, lighting, and welding. The ECW-HA3C363J4 ensures controlled high performance, making it suitable for applications where excellent accuracy and stability are required.

The working principle of the ECW-HA3C363J4 film capacitors is based on the electric charge stored in the capacitors. When a voltage is applied to the capacitor, it creates an electric field between the two plates of the capacitor. This electric field attracts and repels the electrons, creating an electric charge which allows voltage and current to flow between the two plates. Thus, allowing the energy to stored in the capacitor. This electric energy has many beneficial applications in the field of electronics, including high level of performance, high accuracy, and stability.

In addition, the ECW-HA3C363J4 film capacitors have the advantage of self-healing property. This self-healing property allows the capacitors to repair itself upon being exposed to abnormal transients in the system or when there is high voltage surge. This property makes it ideal for applications which demand higher durability and robustness.

Overall, the application field and working principle of the ECW-HA3C363J4 film capacitors make it a versatile and reliable choice for many modern electronic applications. The wide range of applications, high performance, accuracy, stability, and self-healing property make it one of the most attractive choices among professional electronic engineers.