04023J0R7ABWTR

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Thin Film Capacitors are the most common type of capacitors used in modern electronics systems. They are made of thin layers of ceramic and metal, separated by a thin film of another material, usually plastic or ceramic. These thin layers allow for the electrical charge to be stored and distributed more efficiently than other types of capacitors.

The 04023J0R7ABWTR Application Field and Working Principle is a thin film capacitor that is specifically designed for use in through-hole application fields. It has an approximate capacitance of 11000 pF ± 10 % and a temperature coefficient of capacitance of -0.0775 %/℃. This thin film capacitor features a robust construction and is designed to provide a high degree of reliability. This capacitor is ideal for applications that require low leakage current, long term stability and excellent frequency performance.

The working principle of the 04023J0R7ABWTR is based on the fact that thin films of metals and plastics have a high dielectric strength. This high dielectric strength allows the electrical charge to be efficiently stored and distributed between the two layers of the thin film. As current is applied, the charges within the thin films will be distributed evenly, which results in an electric field being generated. This electric field is stored within the capacitor and can be used when current is applied to the other layer.

The 04023J0R7ABWTR has a wide range of application fields. It can be used in switching power supplies, medical electronics, audio visual systems, military electronics, lighting systems, and communication systems. It is especially suitable for low voltage and low noise electronics applications. This capacitor is capable of withstanding high currents and over-voltage conditions and can be used for filtering applications. Furthermore, it is highly durable and can work in extreme temperatures and wide ranges of humidity levels.

In summary, the 04023J0R7ABWTR is a high performance thin film capacitor that has a wide range of application fields. It is made of thin layers of metal and plastic separated by a thin film of another material, usually ceramic or plastic. This capacitor has an approximate capacitance of 11000 pF ± 10%, a temperature coefficient of capacitance of -0.0775 %/℃, and is ideal for applications that require low leakage currents and long-term stability. It is capable of withstanding high current and over-voltage conditions and is highly durable, making it suited for a wide range of applications.

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