SRU1063A-4R7Y

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The SRU1063A-4R7Y fixed inductor is designed for applications in which inductance, power handling ability, and high frequency performance are necessary. It has a compact size, which allows it to be used in tight spaces. The fixed inductor is typically used in RF and microwave applications, such as oscillator circuits, transmitter and receiver circuits, antenna couplers, high frequency switches and radar systems. It is also widely used in telecommunications, medical electronics, and consumer electronics applications.

The SRU1063A-4R7Y fixed inductor operates on the principle of electromagnetic induction. An electric current is passed through an enclosed coil of insulated wire, which creates a magnetic flux. This flux cuts across any nearby conductive element, creating eddy currents. The eddy currents oppose the increasing field, storing energy in the form of an EMF in the inductive element. The inductor\'s inductance is a measure of the amount of energy that the inductor can store.

The SRU1063A-4R7Y fixed inductor has a nominal inductance of 4.7 μH with a rated current of 1.51 A. The inductance tolerance may range from +30% to -20%. It has a maximum dc resistance of 0.142 Ω and its self-resonant frequency is 4.7 GHz. The core material consists of ferrite, and the wire winding material is enameled copper or aluminum. The inductor has a maximum operating temperature of +125 °C.

The SRU1063A-4R7Y fixed inductor is suitable for use in low-level signal and high-current switching applications. It has a low profile construction, and is capable of providing consistent electrical performance over a wide range of temperatures. The device is designed to be used with lead-free soldering processes, and is compatible with automatic assembly operations. It is also RoHS compliant, and is certified according to UL, CSA, and VDE standards.

In summary, the SRU1063A-4R7Y fixed inductor is a small, high-performance component designed for use in high-frequency applications. It offers good electrical characteristics and reliability, and can withstand temperatures up to +125 °C. It is designed to be used in lead-free soldering processes and is RoHS compliant. The device is also widely used in telecommunications, medical electronics, and consumer electronics applications.

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