S1008R-101H

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Fixed inductors are electromechanical components used to store energy in the form of an electric current. They are commonly used in electronics, telecommunications and power applications. The S1008R-101H is a fixed inductor from TDK Corporation, one of the leading manufacturers of inductors and electronic components. This fixed inductor offers a rated inductance of 100uH with a DC resistance of 0.07 Ohm.

The S1008R-101H allows for a wide range of applications due to its versatile design. It is ideal for use in telecommunications, radio receivers, automotive and medical electronics, and power supplies. The inductor offers excellent temperature stability, low self-resonant frequency, high current handling capability, and low DC resistance. Its design is optimized for surface-mount technology, making it suitable for automated manufacturing processes.

In terms of operation, the S1008R-101H fixed inductor works by allowing a current to flow through it and then holding onto that energy for a certain period of time before releasing it. This is known as inductive storage and requires the inductor to have a certain amount of inductance. In this way, currents of specific frequencies can be generated. For example, a radio transmitter uses induction to generate radio waves.

The S1008R-101H is also designed to minimize any effect induced currents may have on surrounding components. This is achieved through its magnetic shield which is made from ferrite material. This shield prevents any electromagnetic interference (EMI) from affecting the performance of the inductor. Furthermore, the operating temperature range of the S1008R-101H is -13 to +85 degrees Celsius, providing a broad range of operating conditions.

In conclusion, the S1008R-101H is a fixed inductor from TDK Corporation which offers excellent performance characteristics such as high current handling capability, low self-resonant frequency, and a wide application range. It features a magnetic shield to reduce the effects of any EMI, and a wide temperature range for various operating conditions. The inductor also provides excellent inductive storage for various applications, making it well-suited for telecommunications, automotive, medical electronics, and power supplies.

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