36502AR30JTDG

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Fixed inductors are electronic components that are used to store electrical energy like a capacitor over time, but only in magnetic form. They are commonly referred to as a choke, a coil, or an inductor. Generally speaking, a fixed inductor is ideal for generating a current with a voltage that is proportional to the current. A 36502AR30JTDG is one type of fixed inductor, and its application field as well as working principle can be understood by having a look at its structure, working principle, and purpose.

Structure of 36502AR30JTDG

36502AR30JTDG is a radial-leaded, fixed inductor, which consists of a core and a coil. The core of this fixed inductor is made of ferrite material and is able to store a certain amount of electrical energy. The primary winding is made around the core and is composed of multiple layers of copper or nickel alloy winding wire. This type of inductor is of low-profile design, making it suitable for applications that require a small form factor.

Working Principle of 36502AR30JTDG

Fixed inductors working principle can be understood by looking at Faraday\'s law, which states that any change in the magnetic field, i.e. flux, will induce a proportional voltage in the winding. When the inductor is subjected to that external flux, it produces a counter EMF, which is proportional to the rate of change of the current passing through it. This EMF opposes the supply voltage and controls the current flowing through it. Generally, the larger the inductance of the inductor, the higher the counter EMF produced, and the lower current will be flowing through it.

Application Fields of 36502AR30JTDG

36502AR30JTDG is particularly useful for applications that require low profile form factor and relatively high inductance. It can be used in switched mode power supplies (SMPS) and other DC-to-DC converters, motor drive circuits, power line-noise suppression, pulse transformer, feedback circuit, lighting system, computerized intelligent control, etc.

Conclusion

The 36502AR30JTDG fixed inductor is commonly used in a variety of applications that require a low profile form factor and relatively high inductance. It is composed of a ferrite material core and a primary winding, and its working principle is based on Faraday\'s law, which states that any change in magnetic flux will induce a voltage in the winding. This inductor is ideal for applications such as switched mode power supplies, motor drive circuits, power line-noise suppression, pulse transformer, feedback circuit, lighting systems, and computerized intelligent control.

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