CDS5CC150DO3

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Mica and PTFE capacitors are found in a wide range of electrical equipment. They are especially suitable for high-frequency, high-temperature, and high-voltage applications. The CDS5CC150DO3 is a mica-insulated PTFE capacitor that is designed to meet these requirements. This capacitor offers high performance, robustness, and reliability in extreme conditions.

The CDS5CC150DO3 consists of a PTFE film, mica dielectric, and a conductive electrolyte. The PTFE film is the main dielectric material and it is pre-coated with metal electrodes. It is then encapsulated in pre-shaped pieces of mica dielectric which are then laminated to form the required dielectric structure. As the mica and PTFE capacitor is formed, the metal electrodes are plated with a protective oxidation layer.

The CDS5CC150DO3 capacitor is a non-polarized device, meaning that the electrode polarity is not important when connecting it to a circuit. This is due to the symmetric electrostatic field produced by the PTFE and mica dielectric which helps to minimize potential problems caused by voltage differences between the electrodes. This makes it ideal for applications which require the connection of capacitors to AC circuits.

The CDS5CC150DO3 offers excellent performance in high-frequency, high-temperature, and high-voltage environments. It has excellent insulation resistance and low dielectric absorption. The capacitor also has good stability and low distortion in applications with high-frequency signals. This makes it a popular choice for radio systems, power supply filtering, and other applications where noise immunity is critical.

The CDS5CC150DO3 is a reliable and robust capacitor that offers good performance and reliability even in the most extreme conditions. Its mica and PTFE construction makes it highly resistant to shock, vibration, and temperature variations. What’s more, its non-polarized design makes it ideal for AC circuits, and its excellent dielectric properties make it suitable for all types of filtering applications.

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