MC18FD271F-TF

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Mica and PTFE capacitors provide excellent performance for a wide variety of applications. The MC18FD271F-TF is a mica and polytetrafluoroethylene (PTFE) capacitor from Murata manufactured specifically for RF applications. It is a capacitor featuring a double dielectric structure, consisting of two layers of mica and a PTFE insulation layer. This unique double dielectric combination provides superior isolation from external EMI/RFI and makes it ideally suited for use in high frequency, high voltage, and environmental applications.

The MC18FD271F-TF has an operating voltage of 2700 volts and a temperature range from -55 to +125℃. Due to its combination of superior double dielectric structure and excellent temperature characteristics, MC18FD271F-TF capacitors are most suitable for circuits in which protection against external EMI and RFI is required. Such circuits include high frequency circuits, high voltage circuits and even those operating in harsh environmental conditions.

The MC18FD271F-TF capacitor also provides high insulation resistance, making it well-suited to various high voltage and high current applications. It also has an excellent frequency response, making it suitable for RF applications. The improved damping characteristic of the capacitor makes it effective in applications requiring fast rise-time and low EMI noise.

The MC18FD271F-TF capacitor also features an advanced packaging technique which allows the capacitor to be mounted directly onto a solder pad without any additional space requirements. This makes it ideal for use in compact, high density PCBs. In addition, its small size makes it perfect for space-sensitive applications.

The MC18FD271F-TF capacitor has a wide range of applications, from radio frequency to high voltage power electronics. It is suitable for a variety of EMI and RFI reduction applications, as well as for high frequency and high current applications. Due to its excellent temperature range and damping characteristics, it is an ideal choice for harsh environment applications. Its advanced packaging technique also makes it a great choice for high density PCBs because of its small size.

The working principle of a capacitor is based on the ability of two different conductors to store electrical charge. When a potential difference is applied across the two conductors, a current will flow through the capacitor and charge will be stored on the two conductors. The amount of charge stored on the two conductors is determined by the applied potential difference, as well as the capacitor’s size, shape, and material properties. The type of material used to manufacture the capacitor will determine the amount of charge that can be stored in a given amount of space, as well as the capacitor’s performance parameters.

The MC18FD271F-TF capacitor utilizes mica and PTFE in its construction. This gives the capacitor superior isolation from outside noise and electromagnetic interference. The combination of materials also gives the capacitor excellent temperature characteristics, making it suitable for high voltage and high frequency applications, as well as harsh environmental conditions. This makes the MC18FD271F-TF capacitor an excellent choice for a variety of applications requiring high performance capacitors.

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