0402YJ1R2ABWTR

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Thin film capacitors are a type of capacitor that uses physical variations in thin layers of material to create a dielectric anchor. Invented in the 1970s, these types of capacitors have become increasingly popular over the years because of their superior electrical properties and tight construction. The 0402YJ1R2ABWTR is a particular type of thin film capacitor that employs an ultra-thin film of an active dielectric material to create a precision electrical component with very few parts.

Composition of 0402YJ1R2ABWTR

The 0402YJ1R2ABWTR is composed of two parts ― an anode, which is a conductive material, and a dielectric, which is an insulating material. The anode and dielectric are responsible for the capacitor’s ability to store electrical energy. The anode provides the connection to the external circuit, allowing for the capacitor discharges. The dielectric acts as a storage shell for the stored electrical energy, and the thickness of the dielectric layer determines the capacitor’s capacitance or electrical capacity.

The active material of the 0402YJ1R2ABWTR is a thin film of an active dielectric that has been deposited on a conductive material. The dielectric is heated to a high temperature and then cooled, causing it to become brittle and highly resistant to current flow. The film is then treated so that it can be etched into the required shape and thickness.

Application Field and Working Principle of 0402YJ1R2ABWTR

The 0402YJ1R2ABWTR is mainly used in two types of capacitors ― either electrolytic or non-electrolytic. These two types differ in terms of the dielectric material used and the type of current that is conducted within the device. The 0402YJ1R2ABWTR is commonly used in electrolytic capacitors as the active dielectric material exhibited in this device provides superior electrical properties when compared to other types of materials.

The 0402YJ1R2ABWTR works by storing electrical energy in its dielectric material. When the capacitor is exposed to current, a voltage signal is induced across the plates of the capacitor, which causes a flow of electrons to form in the dielectric. This results in a change in the electrical properties of the dielectric, which allows the capacitor to store and release energy when it’s connected to a power source.

The 0402YJ1R2ABWTR is an excellent choice for use in applications that need very tight construction, high reliability, and superior electrical properties. The device can be found in a wide variety of electronic devices, including those used in automotive, industrial, and medical applications. The device is highly reliable and can withstand a wide range of temperatures, making it an attractive choice for many applications.

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