04023J1R5BBWTR

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Thin Film Capacitors

Thin Film Capacitors are components usually made of metalized plastic film; they are ideal for various electronic gadgets. They offer extremely low ESR values, wide temperature ranges, good stability and low-impedance. These capacitors are used for digital applications, portable devices, industrial and military applications and for medical digital systems, among other applications. One such type of capacitor is the 04023J1R5BBWTR.

04023J1R5BBWTR Application Field and Working Principle

The 04023J1R5BBWTR is a surface-mounted, low-ESR, high current density, chip capacitor ideal for commercial applications. Its low-profile design and flat geometry make it ideal for applications where board space is a premium. Its flat geometry also ensures that it is well suited for dense, high-density circuit boards. Furthermore, its flexibility allows it to operate in temperatures between -55°C to +85°C. Its small size and low profile also make it an excellent choice for portable applications.

The 04023J1R5BBWTR is made up of a metalized plastic film and an electrolyte coating. This combination allows for a high dielectric strength, low ESR, low volumetric losses and low temperature drifting. Furthermore, the capacitor has excellent self-healing properties which enables it to withstand large surges in current. The 04023J1R5BBWTR has a tolerance of +-10%, making it an excellent choice for applications that require precise voltage regulation.

The 04023J1R5BBWTR is ideal for power management, video applications, high-frequency circuits, and instrumentation designs. Its high-frequency operation and low-profile make it reliable in applications that require a certain amount of power conversion at high frequencies. It is also ideal for interfering signals, and its resistance to voltage surges makes it an excellent choice for medical and industrial applications. The 04023J1R5BBWTR is also able to withstand high electric fields, making it an ideal choice for applications where electric fields are high.

In terms of its working principle, the 04023J1R5BBWTR operates in a manner similar to other capacitors. When electric charges enter the device, they accumulate on the two conducting layers of the film, forming an electric field. The electric field generates a potential difference between the two layers of the film, which in turn creates an electric charge that is stored in the device. This stored charge plays the role of storing and releasing energy, which is the principle on which capacitors work.

The 04023J1R5BBWTR is an excellent capacitor choice for a variety of electronic applications, from power management and instrumentation to military and medical applications. Its low-profile design, high current density, low-ESR, and temperature tolerance make it an ideal choice for many high-frequency applications.

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