2256R-681K

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Fixed inductors, which are also known as inductors, are electrical devices that are designed to store energy in the form of an electrical current in a magnetic field. They are generally used in power and electronic circuits as a way of controlling the flow of that current. The 2256R-681K application field and working principle is primarily used in high frequency applications and is designed for frequencies up to 1GHz.

The 2256R-681K is a type of inductor that utilizes a double-sided printed circuit board for assembly. This type of construction helps to reduce the height needed to fit the inductor into a circuit board or chassis and also helps with overall circuit performance, since the inductor can be easily tuned for optimal performance with minimal components. On one side of the board, the copper track forms a spiral and, on the other side, it consists of a small gap which is filled with an epoxy resin that helps insulate and minimize any unnecessary radiation. As current passes through the spiral, it passes through the gap, creating a magnetic field which stores the energy for use whenever needed.

The 2256R-681K is an ideal choice for applications requiring a high frequency, such as RF communications, power converters, and resonant converters used in audio systems, and other such applications. It is a fixed inductor that is designed to handle frequencies up to 1GHz, and is capable of providing power levels up to 630 watts. It has a very good self-resonant frequency which helps provide low distortion and high power efficiency at higher frequencies. Additionally, its low DCR offers excellent thermal conduction for high power applications and its low inductance also helps with power supply noise reduction.

The 2256R-681K is a reliable choice for a wide variety of applications and is often used for high frequency applications due to its good performance. It is small in size yet powerful enough to provide the power required for such applications. It has a good self-resonant frequency and low inductance that helps reduce power supply noise, and its low DCR also offers excellent thermal conduction for high power applications. Additionally, its double-sided construction allows it to fit into a small space and gives it good tuning capabilities. Overall, the 2256R-681K is a great choice for a variety of high frequency applications, and it is reliable, efficient, and easy to use.

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