ELC-12D152E

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Fixed Inductors

Inductors are passive components used in many electronic circuits. Their applications include filtering, tuning and blocking, as well as providing a source of energy transfer. The fixed inductor is one of the most commonly used inductors, which are designed to provide a constant inductance in the inductive circuit.

The ELC-12D152E fixed inductor is particularly suitable for microcircuits and power-frequency applications, given its low-profile, sleek design. The normal inductance of this product is 15uH and the rated current is 1.2A. This product is widely used in converter, voltage regulator and other power supply units, stabilizing circuit and switching power supply.

Working Principle of ELC-12D152E Fixed Inductor

The ELC-12D152E is a fixed inductor with a permanent magnet which creates a magnetic circuit between its joins. This magnetic circuit induces an electromotive force (EMF) on the wire when a current passes through it. This EMF induces a second current in the same direction of the first current, thereby increasing the total current. This is known as the induction effect of the inductor.

The product also has a ferrite core which produces a strong electromagnetic field when electrical current passes through it. This field creates a strong inductance when the outer coils are wrapped around the core. This creates an inductive reactance to the current, inducing a voltage drop across the leads of the inductor, thereby limiting the amount of current that flows through it.

The ELC-12D152E has a large air gap between the core and the coil, reducing the inductance of the device. The inductance is further reduced by the larger distance between the adjacent coils in comparison to the standard inductor. This ensures a greater electronic flow, despite the fact the inductance is decreased.

The fixed inductor also has a radiation shield which absorbs or minimizes any electromagnetic radiation. This helps to reduce the overall electromagnetic interference in the circuit. The radiation shield also helps to reduce the temperature of the core and coil, enabling greater stability and reliability.

The ELC-12D152E also has a copper-clad frame that ensures optimal signal strength and improved heat dissipation. The high heat dissipation helps to reduce the chance of any hot spots within the inductor, providing greater reliability and stability. The copper-clad design also offers excellent protection against corrosion, ensuring a longer service life.

The ELC-12D152E fixed inductor is a highly reliable and efficient device, making it an ideal choice for many microcircuits and power-frequency applications. The sleek, low-profile design, along with the radiation shield and copper-clad frame, provides optimal signal strength and improved heat dissipation in a compact package.

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