ASPI-M3015-1R0M-T

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Fixed inductors form a key part of modern electronic circuits, and help in the construction of various electrical equipment. The ASPI-M3015-1R0M-T is a cylindrical fixed inductor featuring excellent electrical characteristics and robust construction.

This particular inductor is made using high-grade wound copper wire, wound onto a ferrite core. The copper wire conductor is nickel-plated for additional corrosion and rust resistance, and thermoplastic resin is used to insulate the winding from environmental factors such as dust and humidity. The construction of this inductor helps to achieve superior frequency characteristics, dissipate heat efficiently, and offer excellent tolerance on impedance and capacitance measurements.

The ASPI-M3015-1R0M-T features an inductance of 10 μH, and a rated current of 1.2A. Its rated voltage is 63 VDC and its resistance is 1.04Ω. The inductor also exhibits a specific total ESR of 0.28 Ω and a specific total Q of 80. This helps to reduce power loss and provides a more efficient operation. Furthermore, the sizing of this inductor allows it to be used in very compact designs.

The typical application fields of the ASPI-M3015-1R0M-T include various consumer electronics, suchas flat-panel monitors, televisions, digital media players, and other x-ray equipment. It can also be used in various telecommunications equipment, including mobile phones, base stations, satellite communication systems, and various other communication equipment. Furthermore, this fixed inductor can be used in various automotive applications, including motor control, ECU control, and power systems.

The ASPI-M3015-1R0M-T works according to a basic principle – magnetic field induction. When current passes through the copper wire windings, it induces an electromagnetic field; this field then induces a current or voltage in a secondary circuit. This phenomenon is used to ensure a steady, reliable supply of voltage into a secondary circuit.

The inductive reactance of the ASPI-M3015-1R0M-T is determined by the inductance and frequency of the applied current – when the applied frequency increases, the inductive reactance increases as well. This rise in the inductive reactance helps to reduce various risks in a circuit, such as excessive voltage and current surges. Additionally, the inductor also helps in the establishment of transformer isolation, allowing for a secure electrical connection between two circuits at different voltage levels.

Overall, the ASPI-M3015-1R0M-T is a quality fixed inductor that offers excellent electrical characteristics and a robust construction. It can be used in various consumer electronics, telecoms systems, and automotive applications, and helps to reduce various risks, such as voltage and current surges, as well as providing transformer isolation. It is a reliable and durable source to ensure a steady voltage input into a secondary circuit, as it works on the principle of magnetic field induction.

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