CM06FD162JO3

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Mica and PTFE Capacitors

Mica and PTFE capacitors are often used for applications in the radio-frequency, medical, automotive and industrial electronics industries. The CM06FD162JO3 is a mica and PTFE capacitor specifically designed for high reliability, high accuracy, and high frequency operation in these industries. The capacitor is made of a combination of mica and PTFE, a combination which provides superior performance in both high current and high voltage scenarios.

Application Field

One of the primary applications of CM06FD162JO3 capacitors is in high voltage, high frequency circuits. The combination of a low dielectric constant, high voltage hold off, and low losses makes mica and PTFE capacitors well suited for use in radio-frequency high-voltage applications. These capacitors are often used to bypass/bypassing high frequency oscillating signals, such as RF signals in mobile phones, or to provide coupling capacitors in switching regulators or other power conversion designs. The combination of mica and PTFE also makes these capacitors a prime choice for high voltage, high power, medical imaging electronics where dielectric material loss is often a major issue.

The CM06FD162JO3 is also widely used in automotive electronics for EMI filtering, motor speed control, and in industrial power electronics where high current and voltage are required. This capacitor works well in these types of applications because there is negligible increase in dielectric losses at higher frequencies.

Working Principle

The CM06FD162JO3 capacitor works best in applications that involve high current and voltage. The capacitor is made up of two then layers of mica and a layer of PTFE between them. The mica layer acts as an electrical insulation layer and has a high dielectric loss factor to reduce the amount of electrical noise generated by the capacitor. The PTFE layer has a low dielectric constant and a high voltage holdoff, which makes it well suited for high frequency and high voltage use in radio-frequency electronics.

The way that the capacitor works is simple. When voltage is applied to the capacitor electrodes, an electric field is created between the two mica layers which causes the capacitor to charge, creating a voltage potential between the two electrodes. The electric field not only allows current flow between the two electrodes, it also acts as a voltage divider, allowing the capacitor to store energy at the same voltage as the applied voltage.

The CM06FD162JO3 capacitor is designed to have low losses at high frequency and voltage levels, which makes it an excellent choice for high-frequency and high-voltage applications. Furthermore, this capacitor has low ESR so it works well in applications that require low power consumption. Finally, because the mica and PTFE combination allows for low leakage currents, it is ideal for high-reliability, low-leakage and high-accuracy operations.

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