02013J1R3PBWTR

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Thin film capacitors are a type of capacitor that utilizes thin-film deposition technology for its construction and fabrication. The thin-film deposition process creates a metal film as an electrical path. This electrical path is then applied to a non-conductive substrate, such as glass or ceramic, which provides a physical and electrical insulator between the metal electrode layers. Ultrathin metal layers and dielectric layers are placed in the form of a stack to form the basic structure of the thin-film capacitors. The metal layer may be in the form of an anode, cathode or gate electrode.

02013J1R3PBWTR is a type of thin film capacitors developed by AVX Corporation. The 02013J1R3PBWTR is designed to offer high-efficiency and high capacitance for applications where temperatures may go up to 155 ˚C. It has a very thin structure, with the thickness ranging from 0.3 mm to 0.5 mm. The 02013J1R3PBWTR also offers excellent noise suppression and voltage isolation, which helps to ensure reliable performance in many applications.

The application area and working principle of 02013J1R3PBWTR thin film capacitors can be classified into four parts:

Operating Temperature: The 02013J1R3PBWTR is designed to operate at temperatures up to 155 ˚C, with the capability to employ an additional voltage rating of 5V or higher, for applications such as automotive or industrial circuits.

Capacitance: The 02013J1R3PBWTR capacitors have a rated capacitance ranging from 5.3pF to 270pF with a tolerance of ±15%. The capacitance of the 02013J1R3PBWTR is achieved by adjusting the distance between the electromagnetic conductor layers.

Dielectric Material: The 02013J1R3PBWTR capacitors use a high permittivity dielectric film such as SiN or Ta2O5, which is used to reduce the effective series resistance (ESR) and improve the capacitive performance.

ESR: The effective series resistance of the 02013J1R3PBWTR thin-film capacitors is very low. The ESR allows the capacitor to dissipate internal heat more quickly, resulting in less power loss and increased reliability.

The 02013J1R3PBWTR thin-film capacitors also offer advantages such as low EMI, excellent temperature characteristics and low leakage current. The 02013J1R3PBWTR thin-film capacitors are used in a wide variety of applications, ranging from telecom and consumer electronics to automotive and industrial controls.

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