MC08CA080D-TF

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Mica and PTFE capacitors are a type of capacitor that combines the unique properties of mica and polytetrafluoroethylene (PTFE). The combination creates a unique, robust, non-polar capacitance device with high voltage operation capabilities.

The MC08CA080D-TF, produced by the Murata Corporation in Japan, is a chip-like high voltage and temperature accommodation type capacitor that combines both mica and PTFE technologies with its unique design of an externally connected mica-laminated substructure. Its high temperature withstand capabilities are made possible by the utilization of PTFE or polytetrafluoroethylene which are great insulators with a high melting point. The PTFE also allows for a high-voltage application without the risk of sparking, breakdown, and overvoltage.

The MC08CA080D-TF operates based on the principle of electrostatic conductivity between two electrodes with a dielectric material that cannot be electrically charged. The mica-based materials, such as bismuth-strontium-cobalt, are used as splitting film and the PTFE as the insulation material between the two electrodes while the aluminium oxide (AuO) is used to form a stable electrochemical pore.

The MC08CA080D-TF can provide a wide range of applications due to its high-temperature-resistant construct. With its stable electrical characteristics, it can be used as a bypass capacitor for high voltage applications or an input capacitor for switching regulators in server and communication systems and for the protection of semiconductors. It can also be used to reduce electrical noise from printed wiring boards, high efficiency engines, and fuses. In addition, it might be employed to enhance the stability of power supply lines.

In conclusion, Murata’s MC08CA080D-TF is a type of capacitor that combines both mica and PTFE technologies allowing for higher voltage applications and more reliable and stable functioning. Its high temperature resistive properties make it suitable for high-voltage applications in a wide range of industries. Moreover, its robust design guarantees the stability of power supply lines and an overall improved performance.

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