AISC-1206-22NJ-T

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Fixed inductors are components of electrical circuits, generally constructed with a coil of wire that is wound around a cylindrical core. Inductors are commonly used in applications such as high-frequency filtering, stage isolation, power factor correction, energy storage, radio frequency filtering, and emitter-coupling. The AISC-1206-22NJ-T is a particular type of fixed inductor. It is made of ferric-oxynitride with a manganese-zinc layered zinc-nickel coated finish.

The AISC-1206-22NJ-T fixed inductor delivers high performance and high reliability that makes it ideal for many of the applications mentioned above. It is a single-layer radial inductor that is surface mounted and sealed for added stability of electrical performance, with an inductance of 22 nH, a maximum DC current of 1.2 A, and a maximum self-resonant frequency (SRF) of 3.45 GHz. Its performance is enhanced by its manganese-zinc layer which reduces noise, its low effective series resistance (ESR) which lessens losses of energy, and its high saturation current which reduces temperature related issues.

The working principle of the AISC-1206-22NJ-T fixed inductor is based on the concept of induction. This is the transfer of electrical energy caused by changing magnetic fields, in which a current carrying coil can induce a voltage in another coil when a rapid changing current flows in it. In a fixed inductor, a wire coil is wrapped around a non-magnetic body, such as a ferric-oxynitride core.

When a current flows through the coil, it produces a magnetic field which increases in strength, inducing an opposing voltage in the coil. This voltage is equal to the product of the coil’s inductance value and the rate of change of the current. This opposes the source voltage, limiting the magnitude of the change in current thereby limiting the power dissipated in the coil. The end result of this varies depending on the application of the fixed inductor.

For example, in high-frequency filtering applications, the inductor’s capacity to reduce noise helps deliver clear audio signals. In energy storage applications, the current carrying coil can store up energy and then slowly transfer that energy as the coil winds down. The AISC-1206-22NJ-T inductor delivers superior SRF performance, making it particularly suitable for radio frequency filtering applications.

The AISC-1206-22NJ-T fixed inductor provides a reliable performance in a wide variety of applications, and is suitable for use with both digital and analogue circuits. Its ferric-oxynitride construction and manganese-zinc layer ensure superior SRFs and extra protection against temperature-related issues. When used in applications such as filter circuits, stage isolation or emitter-coupling, the AISC-1206-22NJ-T fixed inductor delivers maximum performance and reliability.

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