IM10RFCMBH2R2K13

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Typical fixed inductors used for RF applications are of the order of 100 nanoHenries (nH) to 10 microHenries (µH). They are most suitable for higher frequencies of up to 1GHz. Fixed inductors are ideal for circuit clamping, signal filtering, signal matching, noise suppression and RF power generation applications.

Fixed inductors are classified broadly into the materials used for their core, such as air, iron, ferrite, and metal alloys. The core material decides the performance and characteristics as well as the working frequency range of the device.

The performance characteristics of fixed inductors include quality factor (Q-factor) or figure of merit, inductance, current rating, temperature coefficient, and frequency capability. Quality factor Q determines the bandwidth being clamped from the circuit, while maximum current rating is critical for determining the maximum inductance for the given Inductance value.

IM10RFCMBH2R2K13 is a fixed inductor specifically designed for high frequency soldering applications. It has a maximum current rating of 0.15 Amps watts over a temperature range of -30°C to 85°C. This inductor has extremely high Q value that helps it to operate within the frequency range from 250 MHz to 1.4 GHz without any distortion. It offers excellent RF performance for both SMT & THT soldering.

The working principle of a fixed inductor is based on the phenomenon called induction. Whenever an alternating current (or time-varying current) flows through an inductor, it produces a magnetic field that induces current in the inductor the same as in the primary winding. The induced current is known as the secondary current. This secondary current produces a voltage across the inductor, which is then along with the primary current is known as the total current of the inductor.

In conclusion, the IM10RFCMBH2R2K13 fixed inductor is a device designed for use in high frequency soldering applications. It has a maximum current rating of 0.15 Amps and a Q-factor of up to 1.4 GHz. This inductor utilizes induction as its working principle, making it an ideal component to use in a wide range of RF applications.

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