GLMR70KAT1A

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Fixed Inductors are highly popular components in all kinds of electrical and electronic circuits. The GLMR70KAT1A is one of the many inductors designed specifically for such purposes. This component has a wide variety of applications and is often used in the design of sophisticated, small-scale electronics components and circuits.

The GLMR70KAT1A is a lead-crete (surface mount) fixed inductor with a diameter of 1.75 mm and a height of 2.3 mm. It has a narrow profile, directly paralleling the surface of the PCB, allowing it to be even more space-efficient. The inductor is rated for a current of 7.075 A and provides stable frequency operation up to 1 MHz.

The inductance of the GLMR70KAT1A is a slightly smaller than most inductors in this size range, but is compensated by its very low current susceptibility and its very low DC resistance. This versatile component also has a very good self-resonance frequency, which allows it to be used in high-frequency oscillator circuits. Because of its low self-resonance, it has excellent EMI suppression capabilities.

When it comes to the working principles of the GLMR70KAT1A, it works by inducing a voltage across its terminals when electrical current passes through it. Once the current has passed through the inductor, the voltage will remain in a given state, since the number of turns in the inductor remains constant. This voltage will then transfer back to the rest of the circuit, enabling energy transfer. It is also important to note that the magnetic field generated by the component could cause interference with nearby electrical components.

In summary, the GLMR70KAT1A is a fixed inductor designed to provide stable power to any electrical or electronic circuit. This component is ideal for small-scale electronics and provides excellent EMI-suppression capabilities with its low self-resonance frequency. It is rated for a current of 7.075 A and provides stable operation up to 1 MHz. By inducing a voltage based on the number of turns of the inductor, energy can be transferred between this component and other parts of the circuit, enabling an efficient and reliable energy transfer.

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