ASMCI-0805-R10N-T

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Fixed inductors are electronic components consisting of a coil of wire with a core material that can reduce or restrict electric induction. They are generally used to limit electric current and filter high-frequency noise. The most common type of inductor is an air-core coil, which is unable to store energy and relies on the inductance generated by the electronic current passing through the coil. The ASMCI-0805-R10N-T is a fixed inductor manufactured by Amphenol Advanced Sensors. It has a diameter of 0.8mm, a height of 0.75mm, a tolerance of 10%, and a rated current of 1A.

The ASMCI-0805-R10N-T is a member of Amphenol’s SMD inductor family, which is tailored for the telecommunication and consumer electronics breadboard and printed circuit board (PCB) markets. The inductors feature a very low DCR of 0.16 Ohm, an operating temperature ranging from -55°C to + 85°C, and superior temperature stability to ensure reliable operation in extreme conditions. The inductors also have a very high Q factor and inductance rangewide, making it suitable for various frequency applications.

The ASMCI-0805-R10N-T has been designed specifically to suit the requirements of commercial applications. Due to its compact size, the inductor has a very low profile which makes it ideal for applications where space is limited. Moreover, the ASMCI-0805-R10N-T inductor can operate up to peak current of 2.2A at 100kHz, which ensures superior performance in various telecommunication and consumer electronic applications. The inductor has a self-resonant frequency of 4.6MHz which makes it suitable for various high frequency applications.

The working principle of the fixed inductor ASMCI-0805-R10N-T is based on the basic principle of electromagnetic induction. The inductor consists of a coil made from a conductive material which is wound around in a spiral pattern. The conductive material is usually copper or aluminum. When a voltage is applied to the coil, an electric current is induced through the coil. Due to the properties of a coil wire, the electric current is magnetically induced and completes one or more loops in the coil. This creates an electromagnetic field in the air around the inductor.

The resistance to the electric current is dependent on the size of the wire and the gap between individual turns of the coil. The gap between individual turns increases with increasing voltage, thus increasing the resistance. This property is known as inductance and is used to help regulate the voltage and current in a circuit. The inductance of a fixed inductor remains essentially the same as voltage increases, so it is a useful tool for accurately controlling voltage levels throughout a circuit.

The ASMCI-0805-R10N-T fixed inductor is typically used in commercial applications such as telecommunication and consumer electronics. It can be used for filtering high-frequency noise, limiting electric current, increasing the voltage and current for a specific application, providing a reference in oscillators, and regulating voltage and current in circuits. The low profile of the inductor makes it ideal for use in limited space environments and the high Q factor and wide inductance range ensure superior performance in various applications.

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