CD10FA361FO3F

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Mica and PTFE Capacitors are popularly used in various electronic circuits for a number of purposes. The CD10FA361FO3F capacitor is one such device that enjoys a wide use in a range of applications. It is a small-sized, miniature radial-leaded, fixed mica capacitor of 161VDC and 0.1uF (microfarad) rating.

This device has unique design features that permits it to be used in demanding applications in a wide frequency range with minimal disturbance to other circuit components. It has small size and high capacitance that makes it suitable for use in small-space and even into tight areas. It has a flexible profile due to the use of PTFE dielectric that allows it to be easily handled, routed, and used without taking up too much space in high-denseness situations.

The CD10FA361FO3F is designed for general-purpose applications. It is especially suitable in situations where high reliability and stable performance over a wide range of ambient temperatures and humidity are necessary. It is often used in power sources, batteries, telecommunication (land/cellular phones) automotive electronic, medical equipment, consumer electronics, instrumentation, computers, data rack systems, and so forth.

The CD10FA361FO3F capacitor utilizes the electric field established between two metal contacts to store an electrical charge. This charge can be between a negative and an anode (+) or between two (+) anodes. Basically, this capacitor acts like a dielectric material separating two metal contacts, creating a space between them. Electrical charge buildup in this space generates an electric field, which is in turn held in check and stored. When the capacitor is removed from the circuit, the electric field dissipates.

The term ‘dielectric’ refers to the material between the metal contacts in the capacitor, and is an electrical insulator that does not allow current to pass if a voltage is applied to it. The anode of the CD10FA361FO3F is made of solid mica sheet that has high insulation properties. The cathode-insulating base of the device is made of PTFE, known for its robust, dielectric properties.

The CD10FA361FO3F capacitor is a contemporary example of how the characteristics demanded from the functionality of a technological system are becoming more complex with every passing day. This device is equipped with features that make it suitable for a variety of applications, and its use is growing due to its high reliability and durable performance over the years.

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