MC12CD010D-F

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Mica and PTFE capacitors are widely used in many different applications. MC12CD010D-F is one such product that has been developed to meet the needs of high frequency radio transmission. This capacitor is particularly suitable for use in communication, medical, and industrial applications.

The design of MC12CD010D-F capacitors incorporates mica materials and PTFE (polytetrafluoroethylene) dielectric films. The mica material provides a very wide capacitance to voltage range and the PTFE dielectric film has a low dielectric constant alongside excellent temperature stability. This combination makes the capacitor suitable for very high frequency applications, with excellent performance up to 10 GHz.

The MC12CD010D-F capacitor also features a construction that has particularly low overall inductance. This low overall inductance makes the capacitor an ideal choice for a wide range of electronic circuits, such as RF amplifiers, transmission lines, and oscillators. The capacitor is also well suited to high-speed digital applications, such as point-of-sale systems, wireless gateways, and cellular base station equipment.

The working principle of the MC12CD010D-F capacitor is relatively simple. The device consists of two pieces of mica that are sandwiched between two PTFE dielectric films. An electrical current running through the device will cause an electric field to form between the two pieces of mica. This electric field causes the mica to expand and contract, which in turn creates an effect known as capacitance. The strength of the capacitance is determined largely by the distance between the two pieces of mica and the permittivity of the dielectric film.

The MC12CD010D-F capacitor is an ideal choice for a wide range of applications. Its combination of excellent capacitance to voltage range, low dielectric constant, and low overall inductance make it suitable for very high frequency and high-speed digital applications. This makes the device an ideal choice for various commercial, medical, and industrial applications.

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