HKQ040218NJ-E

Fixed inductors are components designed for the purpose of passing electrical signals from one point to another, with an emphasis on retaining power and mitigating signal distortion. The HKQ040218NJ-E is a particularly effective inductor for fulfilling those roles. It offers a number of benefits, such as its low profile that aids with thermal dissipation and its low parasitic capacitance.

The HKQ040218NJ-E is a good option for applications where a high voltage and high current application field needs reliable power transfer. This includes robotic control systems, subsea surveillance systems, and aircraft control. The inductor is able to supply a large amount of current without the risk of being overloaded or becoming a victim of electromagnetic interference. Its robust construction is also designed to handle extreme conditions, including high shock and vibration.

The HKQ040218NJ-E is designed with two sets of coils for improved efficiency and a ferrite core material for increased durability. The inductor is able to withstand an operating temperature of up to 125 degrees Celsius and a maximum voltage of 200V. It has a maximum rated current of 7.5A, or 8A in short-term operation. The inductance value of the inductor range from 10uH up to 100uH, depending on the variant.

In regards to its working principle, the principles of the HKQ040218NJ-E are those of any standard inductor. When voltage is applied to the inductor, it creates a magnetic field around the core material. As the voltage changes, the magnetic field changes and induces an electric field around the coils of the inductor. This electric field is then used to generate an output current. In this case, the output is used in the application field described above or can be used as part of circuit for power management.

In conclusion, the HKQ040218NJ-E is a powerful and reliable inductor that is designed for high-voltage and high-current applications. With its low profile, low parasitic capacitance, and robust construction, it is a good option for a number of applications, such as robotic control systems and subsea surveillance systems. Its working principle is that of any standard inductor, where voltage is applied to the inductor, creating a magnetic field around the core material that induces an electric field around the coils.