2256-391K

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Fixed inductors are a type of electronic component found in a variety of circuits and systems. They are used to store a certain amount of energy and then release it at a predetermined time. This type of inductor is typically associated with controlling current, providing filtering, or delivering energy pulses. The 2256-391K is a common fixed inductor used in various applications.

This type of inductor is a surface mount component that can be used with various types of electrode materials. It has a general purpose performance that can be used in a wide variety of applications. The coil is capable of operating at high frequencies and wide temperature ranges from -40 to +125 degrees Celsius. Its construction consists of an electrical grade ceramic body with anelec etched copper winding with isolated termination strips.

The 2256-391K is used extensively in applications such as Consumer Electronics, Automotive, Industrial, Bluetooth Low Energy, Wi-Fi, and Wearable Devices. In consumer electronics it can be used for clock and power management. In automotive, it is used to control car audio systems and climate control. In industrial use, it is used for induction heating and motor control. It is also used in Bluetooth Low Energy and Wi-Fi technology to transmit and receive data, and in wearable devices to track motion and store energy.

The 2256-391K works by creating a magnetic field when current is passed through it. This field creates a counter electromagnetic force which creates a current in the surrounding windings. This current produces a voltage to generate an oscillating field in the surrounding windings. As a result, the inductor can store and release energy on command at specific time intervals.

The 2256-391K inductor has a wide range of application due to its versatility. It is known for its small size, high frequency performance and wide temperature range. These characteristics make it ideal for controlling current, providing filtering, or delivering energy pulses. As technology advances, the possibilities are endless with the use of this type of inductor.

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