IHB2EB470K

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Fixed inductors are components used in electronic circuits to store and exchange electrical energy. In particular, the IHB2EB470K inductor is used to store electrical energy and copper wire is cut in a spiral or figure-eight shape to form an inductor, which is then wrapped in a cylindrical ferrite core. The IHB2EB470K inductor offers slightly less inductance than other inductors but has a higher power rating. The IHB2EB470K inductors are designed for high-frequency applications such as radio frequency (RF) energy transmission, oscillator circuits, switch-mode power supplies, and signal processing.

The IHB2EB470K inductor has a low-profile design that helps to reduce the size of the inductor and make it easier to install. The inductor is able to withstand operating conditions of up to 150 degrees Celsius and features a maximum current rating of 16.5 Amps. The parts come with termination options of straight through or right angle pins.

The working principle of the IHB2EB470K inductor is based on the principle of induced electromotive force. This means that when current is applied to the inductor, it induces a magnetic field in the ferrite core. This magnetic field increases the inductance of the inductor, thereby increasing the number of turns in the inductor coil and thus the inductance. As the current is changed, the magnetic field changes, which affects the inductance of the inductor.

The IHB2EB470K inductor is mainly used in RF energy transmission and signal processing systems. In RF energy transmission, the inductor is used to match the impedance of the antenna to the impedance of the transmitter. This allows the transmit signal to be more efficiently received by the receiver. In signal processing systems, the inductor is used to filter out or attenuate unwanted signals. The inductor is also used to provide matching impedance between stages in the signal processing system.

The IHB2EB470K inductor is a proven and reliable part that provides excellent performance in a wide range of applications. It offers high current capacity, low profile design, and a wide operating temperature range. Its applications in RF energy transmission and signal processing make it an ideal inductor for a variety of applications.

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