AIRD-02-182K

Fixed Inductors are an incredibly important component in the world of electrical engineering. AIRD-02-182K is a remarkable fixed inductor specifically designed for RF applications. It is rated at 1uH and features a very low DCR of 0.07ohm. This type of inductor is very popular in RF receiver and signal processing. It is rated for frequencies from 1MHz up to 4GHz.

The AIRD-02-182K fixed inductor is a ferrite-core toroidal inductor. This core allow for high inductance, increased frequency and power handling. This type of core also has great thermal properties, meaning it will not heat up and become less efficient. The ferrite material used in the toroid is low coercivity which means it can maintain a fairly high inductance over the full frequency range. The inductor is designed for low insertion loss, inductance and inductive reactance, which is great for high frequency applications.

The basic working principle of the AIRD-02-182K fixed inductor is simple: as electricity passes through the inductor, a magnetic field is generated. This magnetic field then induces a change in the current, inducing a current in the opposite direction which is called back-EMF. This back-EMF then counters the current which lowers the overall voltage, creating a more efficient inductor. This type of inductor is often used in radio frequency (RF) circuits where efficiency is very important.

The AIRD-02-182K Fixed Inductor has been specifically designed for RF receivers and signal processing based applications. It can be used to improve radio frequency signal quality, efficiency, noise figure and sensitivity. It is also suitable for power amplifiers, antenna design, switching power supplies and other high frequency circuits. It has a wide range of applications in consumer, commercial and industrial electronics.

In conclusion, the AIRD-02-182K fixed inductor is an extremely versatile device which has a variety of applications in the field of RF circuit design. It is well suited for high frequency signal processing and RF receiver applications. Its low insertion loss, inductance, and inductive reactance makes it ideal for these types of circuits.