ELL-5GM3R6N Inductors, Coils, Chokes

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Fixed inductors enable many different products to be used in electrical and electronic circuits. The ELL-5GM3R6N application field and working principle is an important part of the system that allows circuits to be built with a wide range of inductors.

This inductor has a maximum inductance of 5 milli Henries, and it can be used for low frequency applications. Its peak induction at 1 kHz is 18 mH. It is designed to work with a maximum current of 35 amps, and it can be used in alternating current circuits with up to a frequency of 5 kHz.

The ELL-5GM3R6N is designed with a mix of lamination for increased current carrying capacity. The center of the lamination has a central core that allows for higher inductance, and it is surrounded by a primary winding. The secondary winding contains the primary winding, which provides a higher degree of insulation.

The ELL-5GM3R6N is a multiple piece, bolt and nut construction with a primary winding that is insulated by a PET film. The secondary winding is insulated using FEP film. It is important to ensure that the correct insulation is used between the primary and secondary windings. It also has EPC core material for increased inductance.

The ELL-5GM3R6N has two sets of magnets that are arranged to form a high frequency transformer. This allows higher frequency range and better efficiency. The transformer can also be used to form a high voltage power supply.

The ELL-5GM3R6N is designed to be used in DC to AC and AC to DC applications. It can be used in applications such as power supplies, amplifiers, motor control circuits, and DC motors. The inductor can also be used for signal processing, noise cancellation, and RF communications.

The ELL-5GM3R6N is a popular choice for applications that require high voltage, high current at high frequency. Its design incorporates two-section ferrite cores that provide increased current carrying capacity, high voltage insulation, and higher inductance. The ferrite cores also provide flexibility and allow for the inductor to be used in a variety of applications.

The ELL-5GM3R6N application field and working principle are similar to that of other fixed inductors. It is designed to operate within safe limits and can handle higher voltages and currents. It is designed with the goal of providing a reliable, efficient, and cost-effective solution to many different electronics applications.

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