CDV30FF910JO3

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Mica and PTFE Capacitors are a type of electric double layer capacitor, which are composed of a mica dielectric and electrodes made from PTFE. The CDV30FF910JO3 is a specific type of double layer capacitor manufactured by the EPCOS company. This capacitor is designed for use in a wide range of applications from automotive subsystems to medical diagnostic devices.

The low profile of the CDV30FF910JO3 makes it significantly space efficient compared to other capacitors, with dimensions of just 8.35mm x 8.35mm x 5.08mm (L x W x H). This design allows for a large surface area contact between the electrodes, reducing leakage current and resulting in reliable operation over time. The capacitor is rated at 100µF at 2.5V, providing reliable performance for most applications.

The CDV30FF910JO3 is suitable for a diverse range of applications due to its high temperature stability, and is recommended for use in medical and automotive subsystems, especially those involving high frequency switching and signal integrity. Additionally, because the capacitor is made from PTFE it is also suitable for use in dry conditions, including applications such as low temperature test and measurement systems.

The working principle of the CDV30FF910JO3 can be best explained as a two-ended capacitor. The PTFE dielectric with its electrodes on either side form an electric double layer, which stores electrical energy in the form of an electric field. This electric field is created by the buildup of electric potentials on the two electrodes, resulting in a capacitance between them. The magnitude of this capacitance is determined by the size and shape of the dielectric, as well as the dielectric constant of the material used, which for the CDV30FF910JO3 is specifically designed to ensure optimal performance.

The CDV30FF910JO3 is a highly reliable and energy efficient capacitor, which can be used in a wide variety of applications. Its low profile allows it to be used in restricted spaces, and its high temperature stability ensures that it will perform reliably in challenging environments. Additionally, its two-ended configuration allows it to store large amounts of electrical energy, making it suitable for use in high frequency switching and signal integrity applications.

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