CD10ED470JO3 Capacitors

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Mica and PTFE capacitors are a type of capacitor constructed using two metal plates (called the capacitor’s electrodes) separated by a mica or PTFE insulator. Usually, mica and PTFE capacitors consist of a combination of PTFE and mica plates that have been pressed together in a single unit.

CD10ED470JO3 is a ceramic disc type mica and PTFE capacitor. Its application field is diverse. It can be used in miniaturized radar, high voltage miniaturized decoupling capacitors or in hybrid circuitry. It can also be employed in pulse RF circuits, filtering, and oscillators. In addition, CD10ED470JO3 capacitors show good properties of high energy density, high power, low equivalent series resistance (ESR), high Q, and reliability.

The working principle of CD10ED470JO3 can best be explained by looking at the energy storage process. When voltage is applied to the capacitor, the electric field within the mica or PTFE dielectric material causes the positive and negative charges to move toward each other. This process, which is known as dielectric polarization, is what creates a build-up of energy. As the additional energy builds, each of the capacitors’ electrodes stores more and more energy.

With CD10ED470JO3, the energy dissipation is also important due to its high power and low ESR properties. This high power and low ESR of the CD10ED470JO3 capacitors is enabled by the use of mica and PTFE electrodes. Mica provides a high dielectric constant, allowing a large amount of energy to be stored between the electrodes. This energy is released slowly as the electric field between the electrodes of the capacitor dissipates.

Mica and PTFE capacitors, like CD10ED470JO3, are useful for applications requiring high energy density, high power, low ESR, high Q, and reliability. They can be used in a wide variety of applications, from miniaturized radar to oscillators, filtering, decoupling, and pulse RF circuits.

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