FP1008R5-R150-R

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Fixed inductors are passive electronic components normally used in electrical networks to store energy in the form of a magnetic field. The inductors also act as filters and transformers in the electrical network. The fixed inductor FP1008R5-R150-R is designed for a range of applications and can be used in a variety of establishments.

This fixed inductor has an inductance value of 150 nanohenry and is suitable for use in wireless telephone applications, as well as consumer electronics, test and measurement, telecommunications and audio applications. It has a wide operational temperature range, from -55 degrees Celsius to +125 degrees Celsius. The FP1008R5-R150-r is a high voltage inductor, rated at 10W, and is an industry standard for radio frequency inductors. It is constructed with an epoxy-filled coil and a composition core, making it durable and reliable.

The FP1008R5-R150-R also offers an excellent shielding performance, with an effective magnetic field range of 6-4/1m. It has a low DC resistance, which makes it suitable for high-power applications. In addition, it features an optimized design for space saving and maximum efficiency, allowing it to be used in tight spaces. The inductor has a high Q value, meaning that it can store more energy relative to its size, producing a more efficient energy transfer.

The working principle of the FP1008R5-R150-R fixed inductor is relatively simple. When an AC current is applied to the inductor, it stores the electrical energy in the form of a magnetic field in the core. The indcutor stores this electrical energy in magnetic form by producing a voltage and current in opposite directions. When the AC current is removed, this stored energy is released back into the circuit.

In summary, the FP1008R5-R150-R is a high-quality, efficient, and durable fixed inductor. It has a wide use-range, extended over various industries such as consumer electronics, test and measurement, and telecommunications. This component stores energy in the form of a magnetic field in the coil core, and releases this energy back into the circuit when the AC current is removed. With an optimal design for space saving and maximum efficiency, the inductor is perfect for tight spaces.

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