MS75087-6BH

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Fixed inductors are linear components that carry an indeterminate design that prevents any change in the value of inductance over a wide temperature range. One of the fixed inductors in this class is the MS75087-6BH, which is produced by Murata Manufacturing Co. Ltd.

The MS75087-6BH is a surface-mountable ceramic core inductor that is intended for use in RF applications. It has a 6mm x 6mm footprint, a diameter of 8mm, and a height of 8.7mm. The inductance value of this device is 20nH±2.7nH and it has an operating temperature range of -30°C to +125°C. The MS75087-6BH has a maximum DC resistance of 0.8Ω, an insulation resistance of 100MΩ, and a rated current of 0.5A.

The primary application field of the MS75087-6BH is in the implementation of RF circuits. It is used in those circuits that require transmitters and receivers operating at frequencies over a wide range. The device is particularly suited to applications in mobile devices, radios, land mobile radio, and wireless communication systems. The device is also suitable for use in antenna circuits.

The basic working principle of the MS75087-6BH involves the generation of an electromagnet when current passes through it. This is then used to create a magnetic field with the coil, which limits the amount of voltage that can pass through the inductor. This regulating effect makes the device particularly useful in regulating the amount of energy passing through an antenna circuit.

The MS75087-6BH has a high electrical and mechanical quality that makes it fit for use in a wide range of applications. In addition, its low inductance value and low ohmic value ensures that there is less dissipation of power in the circuit. Furthermore, its low thermal coefficient ensures that its performance with respect to its inductance remains stable across a wide temperature range.

The MS75087-6BH is a high-performance fixed inductor that is suitable for use in a wide range of RF applications. Its high electrical and mechanical quality, as well as its low inductance value and low thermal coefficient, ensure that it is an ideal choice for use in RF circuits that operate over a wide frequency range.

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