ECH-S1182JZ

Film capacitors, or plastic film capacitors, are capacitors of which the dielectric is polyester, polypropylene, polycarbonate or other plastic film. They are usually formed into cylindrical or rectangular packages, and have leads that allow them to be easily mounted and connected to a circuit. Since they have less leakage current than ceramic capacitors, they are often used in audio and other high-precision applications. They are also highly reliable and durable, and are suitable for high-precision and high-temperature applications that require stable capacitance.

ECH-S1182JZ is a film capacitor which is widely used in the industrial field especially in the high precision electronic products. The most common application fields of ECH-S1182JZ is motor running and DC Energy storage. This product has a wide body construction that ensures excellent heat dissipation rate, and high dielectric strength.

The working principle of the ECH-S1182JZ film capacitor is simple. Its dielectric material, as its name suggests, is a plastic film which has a very high dielectric constant. When an electrical current is applied to the film, the high dielectric constant creates an electric field within the film which causes the capacitor to store energy. The current generates a voltage drop across the capacitor, and this voltage determines the capacitance of the capacitor, which is the basic unit of measurement for a capacitor.

The ECH-S1182JZ film capacitor is ideal for high-frequency applications such as DC/DC converters, DC/AC inverters, and power supplies due to its high dielectric strength and wide operational temperature range. It is also suitable for high temperature applications such as motor control and transformer winding due to its low temperature coefficient. Moreover, it can be used in filtering and bypass applications in order to increase efficiency.

In conclusion, ECH-S1182JZ is a film capacitor used in high precision applications due to its excellent characteristics. Its wide body construction ensures high heat dissipation rate and dielectric strength, and makes it suitable for high frequency applications and high temperature applications. Moreover, its low temperature coefficient makes it ideal for motor control and transformer winding.