MC12FA620G-TF

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Mica and PTFE capacitors are widely used for their excellent electrical and mechanical properties. The MC12FA620G-TF is an advanced type of PTFE capacitor designed to provide high performance, reliability and stability in applications requiring the highest quality and reliability. It is an extremely versatile capacitor that is suited to many applications such as filter, damping, power and audio systems. The MC12FA620G-TF is a ceramic capacitor with a glass-mica dielectric bonded with liquid-filled electrical polymerized Teflon film (PTFE). It is also designed with a low-insertion loss and very low inductance distortion. Its construction is simple and consists of two metal plates of varying heights, separated by a PTFE film and insulated by a mica dielectric.

The MC12FA620G-TF is designed to deliver excellent performance and reliability for all types of electrical and audio applications. It is constructed using the highest quality materials and techniques. The two metal plates are made from beryllium copper and are insulated from each other with a film of PTFE. The dielectric is made from mica, a natural mineral that has excellent electrical and dielectric properties. The mica is bonded to the PTFE film with a liquid-filled electrical polymerized Teflon film.

The MC12FA620G-TF provides excellent electrical characteristics. Its low-impedance is one of its main advantages and allows it to be used in applications that require high-speed switching and high-current applications. It is also designed to have a high dielectric constant which allows it to be used in applications requiring very high capacitance. Its low-leakage current also helps to extend the life of the capacitor and prevents any damage to nearby components.

The high quality of performance provided by the MC12FA620G-TF makes it extremely versatile and suitable for many applications such as filter, damping, power and audio systems. It has a low-insertion loss, a high-performance frequency response and low inductance distortion. It is also designed to provide excellent shielding properties, helping to minimize any interference that may be caused by external signals. It is also designed to be very reliable and capable of providing excellent endurance in all types of applications.

The MC12FA620G-TF application field and working principle provide a comprehensive overview of the effects of this capacitor on electrical and audio performance. It provides a foundation for understanding the benefits of using this capacitor and helps to provide a reliable and predictable performance. As such, the MC12FA620G-TF is a great choice for many applications requiring high performance, reliability and stability.

The specific data is subject to PDF, and the above content is for reference