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Fixed Inductors

An inductor, also often referred to asa coil, choke or reactor in a common power circuit, provides the properties of inductance, Resistance, and Capacitance, making them ideal for suppressing noise, providing filtering, and even helping generate electric current. Fixed inductors used in power converter circuits are usually made from a visible inductor with a metal loop around them, containing an iron core surrounded by high current carrying wire.

ASPI-1367-5R6M-T application field and working principle

An ASPI-1367-5R6M-T Fixed Inductor is specially designed for low frequency use in power converters, especially in applications requiring high power and low EMI environments. This inductor type is available in shielded and unshielded versions, offering low DCR and high current capabilities, This type of inductor has a wide variety of uses including VCC, LC, and power factor correction, as well as current smoothing in switch-mode power supplies.

The basic working principle of ASPI-1367-5R6M-T fixed inductors is based on Faraday’s Law of Induction. Essentially, when a current is applied to the inductor’s windings, a magnetic field is generated, which causes a voltage to be induced across the inductor’s windings. This voltage opposes the current flow, resulting in a drop in the applied voltage.The amount of voltage drop is dependent on the number of turns of the inductor’s windings, the type of core material used, and the size of the inductor itself.

ASPI-1367-5R6M-T fixed inductors are available in a wide range of size and wattage combinations and with different core materials such as ferrite, powdered iron, or air core. The current rating of the inductors depends on the size of the winding, the type of core material, and the type of insulation used. An inductor with higher winding can provide a larger current rating, while lower winding can provide a higher voltage rating.

The use of shielded inductors in power converters is highly recommended, as the shielded construction helps reduce unwanted EMI radiation from a switching circuit. A shielded design also minimizes the effects of temperature and humidity variation on the inductor. The shielded construction also reduces stray electric fields from affecting the inductor’s functionality.

In addition to providing power filtering, inductors are widely used in various types of electromagnetic interference (EMI) suppression and noise filtering applications. As the inductors act as both energy storage elements and current flow limiters, they are very useful in suppressing unwanted noise by providing an additional path for noisy currents to be diverted away from sensitive lines.

ASPI-1367-5R6M-T fixed inductors are designed with a wide range of features, including high temperature range, high current carrying capability, and reliable temperature and voltage compensation. This makes them ideal for high-frequency SMPS applications operating in harsh environmental conditions.

ASPI-1367-5R6M-T fixed inductors are a very versatile component, with a wide range of applications in power conversion, electromagnetic interference suppression, current smoothing, filtering, and other high-frequency applications. This type of inductor can provide reliable performance in extreme temperature and voltage conditions, making it an ideal choice for high-reliability and high performance power conversion applications.

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