CMR05F271GODR

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 have been widely used for many years in many different circuits, providing an essential form of passive electrical component. The CMR05F271GODR is one such capacitor, a double-layer 0.27μF/1000V capacitor, featuring both Mica and PTFE in its construction.

In terms of construction, the CMR05F271GODR is built up of two main sections: a Mica section, and a PTFE section. As a result, it contains two layers of dielectric – one of Mica and one of PTFE. Mica is a naturally occurring insulator, and PTFE is an artificial insulator, both being used in the capacitor for their unique characteristics of improved stability and reduced losses at high frequencies.

In terms of application, CMR05F271GODRs are used in high-voltage power supply circuits, where the electrical energy needs to be stored and then quickly discharged when a load is applied. This is because the Mica and PTFE layers in the capacitor provide an excellent combination of high voltage dielectric strength and excellent high-frequency stability. The capacitor is therefore particularly suited for systems such as telecommunications, where high-frequency stability is much needed.

In terms of working principle, CMR05F271GODR capacitors use a combination of capacitance and dielectric characteristics to store electrical energy. When electrical energy is applied to the capacitor, it is absorbed and stored in the dielectric layer, allowing for quick discharge when a load is applied. The Mica and PTFE layers in the capacitor then act as a physical barrier, preventing the stored energy from dissipating quickly and instead retaining it for longer periods of time.

In conclusion, CMR05F271GODR capacitors are an important form of passive electrical component, providing a reliable form of energy storage for use in high-voltage power supply circuits. Featuring both Mica and PTFE layers, the capacitor provides excellent high-voltage dielectric strength and excellent high-frequency stability, making it particularly suited for the development of telecommunications systems.

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