ECW-H8113HL

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Film capacitors, as one of the most commonly used capacitors in modern electronics, continue to play an important role in the development of new technology. The ECW-H8113HL is an example of a high-performance capacitor in this category that is widely used in many different applications and fields.

This product was designed to be an extremely durable capacitor, specialized for high frequency applications. It has excellent frequency characteristics and is highly suitable for applications that need extremely low distortion and high power density. The voltage rating of the ECW-H8113HL is 500V, and it can withstand temperatures from –40 to +105℃.

In terms of applications, the ECW-H8113HL has an extensive range. It is used in a multitude of applications in industries such as telecommunications, automotive, and home electronics. It can be utilized as a part of power supply, signal and DC/DC converters as well as in various audio and video equipment. Its high performance and versatile range of applications make it a popular choice in many industries.

The functioning principle of the ECW-H8113HL capacitor follows the basic principles of all capacitors. It is composed of two or more conducting plates separated by an insulating material. This enables the capacitor to store an electrical charge. When an electrical current passes through the capacitor, electromagnetic induction takes place, resulting in a temporary storage of electrical charge on the capacitor plates.

The electrical charge stored in the capacitor is expressed in terms of capacitance. It is measured in Farads and is defined as the ratio of charge stored on the capacitor plates to its applied voltage. The capacitance of the ECW-H8113HL can be as high as 75μF.

Another important feature of the ECW-H8113HL is its low ESR (equivalent series resistance). ESR is the total resistance of a capacitor, consisting of the internal resistance of the capacitor dielectric material, the contact resistance of the terminals, and the resistance of the conductor. A low ESR is beneficial for many applications such as power supplies as it reduces the power loss caused by resistance. Depending on the type of the capacitor, the ESR of the ECW-H8113HL can be as low as 0.0004Ω.

Another great feature of the ECW-H8113HL is its low self-heating. Self-heating is caused by the I2R losses of the capacitor that creates an increase in the temperature of the capacitor. This in turn causes the capacitance to change over time. The low self-heating of the ECW-H8113HL with its high permittivity means that the device can perform at its best, over a long period of time.

Overall, the ECW-H8113HL is a highly efficient film capacitor by all accounts. With its excellent frequency properties, its ability to withstand high temperatures, and its low ESR and self-heating capabilities, it is an ideal choice for a wide range of applications. With its great performance and reliable longevity, the ECW-H8113HL is a great choice for any modern electronic device.

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