08051J0R1AAWTR

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Thin Film Capacitors

Thin film capacitors are small electronic components that are used to store energy or act as filtering components in electronic circuits. They are commonly used in computers, communication systems, automotive, aerospace, and medical equipment. The 08051J0R1AAWTR is a thin film capacitor manufactured by Vishay Intertechnology, Inc. It has a type B case size and is made of PTFE and has a tolerance of plus or minus 10%.

08051J0R1AAWTR Application Field

The 08051J0R1AAWTR is a thin film capacitor suitable for general purpose applications. It can be used for coupling applications, where it is used to isolate two signals from one another and prevent interference. It can also be used for bypass applications, where it is used to filter out high frequency noise. Additionally, it can be used for timing applications, where it is used to control the timing of a signal.

Working Principle

The 08051J0R1AAWTR has a voltage rating of 50V and a capacitance of 1µF. The dielectric material used is PTFE, which is a dielectric material with a high dielectric strength and low dissipation factor. The PTFE layer acts as an insulator, preventing electrons from flowing through the capacitor. This creates the electrical charge that allows the capacitor to store energy.

When a voltage is applied to the terminals of the capacitor, electrical fields are created, resulting in the movement of electrons across the dielectric material. The number and distance of these electrons determine the capacitance, which is the ability of the capacitor to store electrical energy. This stored energy is then discharged when the voltage source is removed. This is how the 08051J0R1AAWTR is used to perform its various functions in electronic circuits.

Conclusion

The 08051J0R1AAWTR is a type of thin film capacitor developed by Vishay Intertechnology, Inc. It has a voltage rating of 50V and has a capacitance of 1µF. It is suitable for general purpose applications such as coupling, bypass, and timing. The PTFE dielectric material used in its construction provides a high dielectric strength and low dissipation, allowing for efficient energy storage and dissipation.

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