UP3B-680-R Inductors, Coils, Chokes

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Fixed inductors are electronic components designed to keep their inductance constant despite environmental influences. Inductors are widely used in various electrical circuits, performing functions such as filtering, impedance matching, and others. The UP3B-680-R is one of the best representatives of the family of fixed inductors.

Used in RF, high-frequency, and other related applications, the UP3B-680-R provides outstanding characteristics, such as high Q ratings, low DCR, and current-limiting protection features, in an extremely small space. This component typically uses a ferrite core, and its operation is based on the principles of electromagnetic induction.

The UP3B-680-R is an SMD-type inductor and its electrical properties make it especially suitable for applications such as switching power supplies, high frequency transformers, RF circuits, and high frequency converters. With its high Q factors, the UP3B-680-R provides energy-efficient operation and superior performance in a wide range of circuits.

The UP3B-680-R has an individual shield with an ESD-resistant terminal and provides excellent signal isolation. This feature ensures the inductance remains low and stable, even when connected to high-impedance circuits. Its high Q factors, combined with its overall shielding, make the UP3B-680-R a powerful and reliable component for almost any circuit design.

The UP3B-680-R also has a wide operating temperature range, from -40°C to +85°C, and its core is made of a ferrite material, making this component suitable for a variety of environments, from extremely cold to very hot. Additionally, this inductor can handle high-peak currents and has excellent tolerance and high-voltage resistance. This makes the UP3B-680-R an excellent choice for applications where excellent signal quality is required.

In conclusion, the UP3B-680-R is an excellent component for any application that requires an RF/high frequency inductor. It provides excellent signal quality and energy efficiency due to its high Q factors and shielding technology. Additionally, its ferrite core provides excellent temperature stability, making it one of the best options for high-reliability applications.

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