SRU5018-1R0Y Inductors, Coils, Chokes

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Fixed inductors are constructed with a core made of materials including ferrite, ferrite, metal film, air-core, etc. Depending on the shape, these cores can be tubular, rectangular, or have a rectangular opening. The core is then encapsulated in an enclosure which is typically constructed of non-magnetic material such as Aluminum casing, plastic, or steel. The inductor is then attached to a copper wire wound around the core. 

SRU5018-1R0Y is a Class A fixed inductor that has an operating frequency range of 0.1kHz to 10MHz. It has a very low DC resistance of only 0.1 Ohm, and a maximum rated current of 0.2 Amps. The inductance value of SRU5018-1R0Y is 1.0 Millihenry (mH).

This fixed inductor is ideal for applications that require high current handling and a low DC resistance. It is commonly used in the manufacture of LED driver modules, portable wireless devices, audio amplifiers, DC-DC converters, and motor control applications. Due to its very low DC resistance and high current capability, it is an ideal component for power electronics, and automotive and aerospace circuit design.

The SRU5018-1R0Y fixed inductor utilizes a working principle known as "self-induction." This principle works on the concept that a current creates a magnetic field around the winding, which interacts with the core material of the inductor resulting in the production of a voltage. This voltage is generated due to the current passing through the core. The resulting voltage is in opposition to the current, thus creating a voltage drop across the inductor. The inductance is directly proportional to the value of the voltage drop. This voltage drop can be used to filter or shape signals.

Overall, the SRU5018-1R0Y fixed inductor is an ideal choice for applications requiring high current handling and a low DC resistance. It is commonly used in LED driver modules, portable wireless devices, audio amplifiers, DC-DC converters, and motor control applications. This component utilizes the principle of self-induction, which results in a voltage drop across the component when current is passed through it. This voltage drop can be used to filter or shape signals.

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