QYX1H104KTP1FD

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Film capacitors are very common components in the electrical industry, and they can be used in many fields. QYX1H104KTP1FD is a kind of film capacitor which has its particular applications and working principle. It is available in a wide variety of sizes, configurations and capacitances.

QYX1H104KTP1FD is made of polyester film and metallized construction, the metallized polyester film which is evaporated onto the film dielectric has a particular temperature stability and low losses which makes this type of capacitor suitable for a number of applications. Such as power supply filtering, general electrical circuit, AC or DC circuits as well as choke and coupling applications.

This type of film capacitor is a polyester film capacitor which offers non-inductively constructed, and utilizes polyester to cover the core. With such construction, it is able to improve self-healing capabilities, provide high electrical strength and ensures stability in a variety of temperatures. In addition, it has a wide working temperature range up to 125 degrees Celsius and a low losses performance.

QYX1H104KTP1FD film capacitors have good characteristics such as high insulation resistance, high reliable and substantially linear capacitance & dissipation. Also, they provide excellent heat resistance, humidity resistance, and frequency retention that make it suitable for various applications. The working principle of this type of capacitor is based on its metallized polyester construction covered with metal inserts to protect against short-circuiting and provide protection against temperatures. The metal inserts also act as a Faraday cage, a cage-like structure which prevents electromagnetic fields from entering the capacitor.

In conclusion, QYX1H104KTP1FD is a type of film capacitor with particular applications and working principles. Its metallized polyester film and the metal inserts allowing the capacitor to avoid short-circuiting, provides protection against temperatures, offer excellent heat resistance and humidity resistance, and also provide a Faraday cage which prevents electromagnetic fields from entering the capacitor. It is an ideal choice for a number of applications such as power supply filtering, general electrical circuit, AC or DC circuits as well as choke and coupling applications.

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