CD5EC750GO3

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Mica and PTFE capacitors are special types of capacitors that are capable of providing very high capacitance in a very small size. They are commonly used for RF and high frequency applications, and are known for their high accuracy and stability in extreme temperature environments. The CD5EC750GO3 capacitor is a type of mica and PTFE capacitors that is designed to provide a very high capacitance in a very small footprint. It is suitable for use in RF circuits and high frequency applications. In this article, we will discuss the application field and working principle of the CD5EC750GO3 capacitor.

Application Field
The CD5EC750GO3 capacitor is designed for use in RF circuits and high frequency applications where extreme accuracy and stability is required. It is well suited for high power transistors and amplifiers due to its high accuracy and stability. It can also be used for radio communications, signal processing, and sound equipment. In addition, it is highly suitable for use in medical and defense applications due to its small size and high capacitance.

Working Principle
The CD5EC750GO3 capacitor consists of a dielectric made of mica and PTFE. This dielectric material has a very high dielectric constant, which allows it to store a large amount of energy at a very small size. When a voltage is applied across the dielectric, it creates an electric field between its two surfaces. This electric field causes the dielectric to polarize, causing the capacitance to increase even further. As current flows through the capacitor, it will store energy and release it as needed. The capacitor also has a very low ESR and ESL and is able to withstand high temperatures without damage.

The CD5EC750GO3 capacitor is a very useful type of mica and PTFE capacitor that enables high capacitance values in a very small package. It is suitable for use in RF circuits and high frequency applications, and can be used for many applications including radio communication, signal processing, sound equipment, and medical and defense applications. Its working principle is based on the ability of the mica and PTFE dielectric material to store large amounts of energy in a small size.

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