ASPIAIG-F1265-R30M-T

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Fixed Inductors

ASPIAIG-F1265-R30M-T is an inductor component that belongs to the group of fixed inductors. Fixed inductors are passive components that are primarily used to store energy in an electric voltage and electric current. These inductors are wound with a coil of insulated wire around a core material such as ferrite, mu-metal, powdered iron, or a permalloy. This coil and core arrangement creates an electromagnetic field when a voltage is applied across the terminals of the inductor.

The ASPIAIG-F1265-R30M-T has a rated inductance of 30 [[mu]]H, which varies slightly with rated current and temperature. It has a rated current of 0.25A (with a thermal resistance of 27 degC/W) and is rated for operation over a temperature range of -40 to 125 degC. The body of this part is made of epoxy that is rated as flame retardant.

Application Field and Working Principle

The ASPIAIG-F1265-R30M-T is one of the most commonly used fixed inductor applications. It is commonly used in power supplies, DC-DC converters, and other electronic circuits that require energy storage capabilities. This type of inductor is particularly useful in dc-to-dc converter designs due to their excellent current rating and low-noise characteristics. This type of inductor can also be used in filtering applications because it does not suffer from high internal capacitive effects.

Fixed inductors, such as the ASPIAIG-F1265-R30M-T, operate on principles that come from Faraday\'s Law of Induction. As electric current flows through the inductor\'s windings, it produces a magnetic field and this, in turn, induces a voltage across the terminals. This voltage is proportional to the rate at which the current is changing, which results in an energy storage element that is often referred to as an "energy reservoir".

The ASPIAIG-F1265-R30M-T can be used in a wide variety of applications, from power supplies requiring energy storage capabilities to filtering circuits requiring electromagnetic shielding. This type of component is reliable, powerful, and low-cost, making it a popular choice for many electronic engineering applications.

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