UP5S-151-R

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Fixed inductors are used a lot within circuits, where a stable, static, and consistent inductance is required. The UP5S-151-R is an excellent example of such an inductor, and excels in many application fields as well as having an efficient working principle.

The UP5S-151-R is a general-purpose RF inductor with wire-wound construction and metallic core. Its inductance range is 0.47μH - 22mH with a very low DCR value from 0.009 - 10.5 ohms. The tolerance value is very impressive as well, rated at ±5%, they provide users with constant inductance for maximum performance and efficiency. It also possesses excellent electrical characteristics and components such as a moisture-resistant design, excellent temperature stability, and it is made to be halogen-free.

The UP5S-151-R is a good choice for a variety of different applications due to its performance ability. Its easy-to-use construction makes it perfect for RF filter circuits, automotive electronics, wireless and communications equipment, and other similar applications. It is also able to handle high-frequency loads, making it suitable for video and audio equipment. Frequency-determining circuits powered by digital circuits also work great with this inductor.

The working principle employed by the UP5S-151-R is known as the coil effect. Basically, this is the same principle that is utilized by other types of inductors, but this specific type has been specifically designed to deliver higher-performance values. Essentially, the UP5S-151-R uses a single conductor wound around a metallic core, and this provides a magnetic field around the core that is surrounded by the conductor. When a current is introduced into the conductor, a back EMF is created which then influences the amount of current that is able to pass through the conductor.

The UP5S-151-R is a great choice for applications where a static, stable inductance is needed. Its good temperature stability and moisture resistance make it perfect for applications in the automotive industry as well as wireless and audio equipment. It utilizes a single conductor wound around a metallic core, and this creates a back EMF that affects the amount of current that can pass through, providing users with excellent performance. Its very low DCR value and high tolerance, allow for a much more efficient inductor that provides consistent inductance for maximum performance.

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