LHL16NB101K

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Fixed Inductors

Fixed inductors have a variety of applications and are generally used to provide or store energy in electrical circuits. They are commonly found in applications where the frequency of electrical current is relatively high, such as in radiofrequency applications. Inductors generally perform two functions; they act as a filter or barrier to current, and they provide local inductive reactance, specifically inductive impedance. This makes them particularly useful in circuits such as bridge rectifiers, where the current must flow through the inductor in an associated capacitor.

LHL16NB101K

The LHL16NB101K is a fixed inductor, generally used in radio frequency applications. It has an inductance of 10µH and a saturation current of 3.1A. It is constructed from two separate pieces, a ferrite core and the inductor itself. The ferrite core is a ceramic material with a high reactance, and provides a wide operating frequency range. The inductor is made of metal wire, wound around the core, and serves to store and release energy when current passes through it.

Application Field

The LHL16NB101K can be used in many applications, the majority of which involve the transfer of electrical energy at frequencies higher than those used in power supplies. It is commonly used in VCOs (Voltage Controlled Oscillators) or mixing circuits, where it provides energy storage and helps reduce the effects of noise and interference. Additionally, it can be used in impedance matching applications, as a filter, or in RF transmitters and receivers where it stores and releases energy in small packets.

Working Principle

The working principle of a fixed inductor is fairly straightforward. When a current passes through it, an electromagnetic field is created which stores and releases energy in the form of a magnetic field. The current stored in the inductor is proportional to the rate at which the current is delivered, and inversely proportional to the inductance. The stored energy is released back into the circuit when the current declines, causing a spike in the voltage which can be damaging to sensitive components if not managed correctly.

Conclusion

Overall, the LHL16NB101K is an excellent choice for a variety of RF applications where current needs to be filtered or stored. Its high reactance ferrite core allows for a wide frequency range, and its inductance provides local inductive reactance for impedance matching. Its working principle is generally straightforward, and it is relatively simple to manage the stored energy in order to prevent component damage.

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