CD7FD161JO3

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Mica and Polytetrafluoroethylene (PTFE) capacitors are a type of capacitor which makes use of two thin layers of mica which act as the dielectric, and a layer of PTFE which functions as the electrical insulation that separates the two electrodes. The CD7FD161JO3 is a mica and PTFE type capacitor which is particularly suited for miniaturized and space-limited applications. It is a chip capacitor which has a low capacitance value of 0.161uF and a high working voltage of 500V.

The CD7FD161JO3 works on the principle of capacitance. All capacitors consist of two metal layers, which act as the two plates of a capacitor and are separated by a dielectric material. When an electrical voltage is applied across the two plates, a charge accumulates on the surfaces of the plates. This difference in charge creates an electric field, and generates a capacitance between the two plates. This capacitance will increase or decrease depending on the properties of the dielectric material.

The CD7FD161JO3 capacitor features a large capacitance to size ratio, allowing devices in which it is used to be more compact. In addition, the combination of mica and PTFE offers a higher stability, better temperature coefficient, and lower dielectric loss, as compared to other types of capacitors. Although it has a low capacitance value, the capacitor can still handle high voltages, making it suitable for use in critical applications such as power stages, inverters and converters.

The CD7FD161JO3 is also equipped with an internal self-healing feature, which helps it to maintain its performance over time when damaged or when subjected to current surges. It is also suitable for use in applications that require high insulation resistance. Additionally, it features an extended temperature range, making it suitable for both high temperature and low temperature applications. Finally, it also has good voltage regulation capability and good noise reduction properties.

In general, the CD7FD161JO3 capacitor is ideal for applications where space is limited and reliability is required. Its small size, low parasitic inductance, high capacitance-to-volume ratio, and wide working temperature range make it suitable for use in projects that require precision frequency control, timing, filtering, power switching, RF and EMI/RFI shielding, pulse shaping, and many other applications. It is a versatile capacitor, that can be used for a variety of applications.

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