0402YJ1R7BBWTR

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

Thin Film Capacitors

Thin film capacitors, sometimes referred to as oxides, are electronic components which are designed to store electrical charge between two or more metal layers. In the 0402YJ1R7BBWTR thin film capacitor, the metal layers are deposited on a non-conductive ceramic base which provides a dielectric layer separating the two layers and a basic capacitor element. The metal layers of the 0402YJ1R7BBWTR are made from an alloy consisting of palladium and silver, and the ceramic layer is made from beryllium oxide. This allows the capacitor to hold greater charges than traditional lead-based capacitors and also gives it greater resistance to heat and electrical current.

The 0402YJ1R7BBWTR thin film capacitor is used in a range of devices, including radios, GPS systems, cellphone radios, and digital cameras. It is most commonly used in the type of device known as Variable-Frequency Oscillators (VFOS). VFOS are devices which use an electronic oscillator to switch radio frequencies and are used in a range of communications, including amateur radio and public safety. The 0402YJ1R7BBWTR, with its large charge storage capacity, is ideal for such applications.

The use of the 0402YJ1R7BBWTR thin film capacitor is based on its working principle of electrical charge storage. The metal layers of the capactior, separated by the non-conductive ceramic, creates an electrical field between the two layers. When an electrical current is applied to the plates, a charge is formed which is stored in the ceramic layer. When the voltage is withdrawn, the charge is also removed, creating an effect known as capacitance. The capacitance of the 0402YJ1R7BBWTR is approximately 0.033 microfarads.

In summary, the 0402YJ1R7BBWTR thin film capacitor is a small, reliable device used in a range of electronic products. Its palladium and silver alloy enables the capacitor to hold greater charges than more traditional lead-based variants, while its ceramic dielectric layer prevents the charges from dissipating. The main applications of the 0402YJ1R7BBWTR are in device such as radios and GPS systems, where its capacity for high voltage storage and heat resistance make it an ideal choice.

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