AIML-1206-3R9K-T Inductors, Coils, Chokes

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Fixed inductors are electrical devices that have been specifically designed to oppose the flow of an alternating current of electrical energy. These inductors do not allow much current to pass through them, thereby reducing the power consumed on the circuit. In order to understand how fixed inductors work it is important to first understand the concept of inductance. Inductance is the property of an electrical device that when an electric current flowing through it, the device builds up a magnetic field around it.

AIML-1206-3R9K-T is a type of fixed inductor which has been designed as a low-profile Tantalum Alloy Inductor. It features a low DC resistance and high inductance for use in applications with both AC and DC currents. The device has a 3R9K inductance rating, the highest in its class, and a 1206 footprint which allows it to be used in both SMD and through-hole applications. The inductor has an operating temperature ranging from -40 degrees Celsius to +105 degrees Celsius.

The main application field for AIML-1206-3R9K-T is in noise filtering and high frequency signal conditioning circuits. In these circuits, the device acts as a filter to reduce or eliminate unwanted noise on a signal. It works to reduce the level of noisy high-frequency signals and improve the signal-to-noise ratio. Additionally, the device helps to reduce the amount of high-frequency interference from adjacent circuits.

The working principle of AIML-1206-3R9K-T is based on the idea of induced magnetic fields. When a voltage is applied across the device, this causes the device to store magnetic energy. This magnetic energy is then released into the circuit when the voltage is removed, creating a current which flows through the circuit. This process is known as inductive reactance and it is the reason fixed inductors are able to reduce the amount of current flowing through a circuit.

The AIML-1206-3R9K-T device is important in noise reduction applications since it allows the user to reduce the amount of high-frequency interference from surrounding circuits while still allowing a desired signal to pass through. Additionally, the device\'s low resistive losses improves efficiency and allows for better use of power.

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