ELL-5GM4R7N

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Fixed inductors store a certain amount of electrical energy when a current is passed through them, and are commonly used when providing electrical power to a device or circuit. The ELL-5GM4R7N is a type of fixed inductor that is commonly used in various electrical power applications.The ELL-5GM4R7N is a two-pin surface-mount device with a ferrite core and copper windings. It has an inductance value of 5uH, a peak current of 2A, a peak voltage of 50V, and an insulation resistance of 1GΩ. It is rated for use at operating temperatures of −40°C to +125°C. The device is suitable for use in applications which require high frequency stability, and in applications where tight PCB space is a factor such as laptop computers, digital cameras, and cell phones.The working principle of a fixed inductor such as the ELL-5GM4R7N can be described in two main parts; the first part is the electrical characteristics and the second part is the magnetic characteristics.The electrical characteristics of the ELL-5GM4R7N are determined by the components of the device. As current flows through the device, the electrical components, such as the ferrite core, the copper windings, and the insulation, cause the device to have an inductance value. This inductance will resist the flow of current, as well as store some of the electrical energy and convert it into a magnetic field.The magnetic characteristics of the ELL-5GM4R7N are also determined by the components of the device. As current passes through the device, the stored electrical energy is converted into a magnetic field. This magnetic field creates a resistance to the flow of current through the device, which in turn causes an increase in voltage drop across the device. The magnetic force generated will also expand the area around it, creating an inductive field.The ELL-5GM4R7N is a type of fixed inductor with a two-pin surface-mount design, a ferrite core, and copper windings. It offers an inductance value of 5uH, a peak current of 2A, a peak voltage of 50V, and an insulation resistance of 1GΩ. Its electrical and magnetic characteristics make it suitable for high frequency applications, such as laptop computers, digital cameras, and cell phones, as well as other devices where high frequency stability and tight PCB space are important.

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