1945-26F

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Fixed inductors are indispensable components of any modern electronic system. Over the years, they have become an integral part of circuits in many different applications. In particular, the 1945-26F inductor is a popular choice for various applications due to its small size, low profile, and high electrical performance.

The 1945-26F inductor is a non-polarized, surface-mountable inductor with a low profile. It is constructed with two layers of copper and a ferrite core, with an encapsulated plastic coating. The inductor also features an integrated integrated diffusion barriers to prevent shorting. It has a very small size of 0.25mm x 0.35mm, making it an ideal component for small, portable applications. The inductor can also withstand temperatures up to 125℃ for increased reliability.

The 1945-26F inductor is perfect for low-noise applications due to its low DC resistance and its high Q-factor of 34. With a wide operating frequency range of 1MHz to 4GHz, it is suitable for communication and navigation systems. Additionally, the inductor\'s low profile allows for easy mounting in confined spaces. The inductor\'s ESR is very low, which ensures stable and high-efficiency operation for long periods of time. In addition, the inductor\'s high current rating of 1.2A ensures high current availability.

The 1945-26F inductor\'s working principle relies on the Faraday principle of electromagnetic induction, which states that a closed current-carrying loop produces a magnetic field. This magnetic field passes through the inductor and creates a magnetic field in the core. This field creates a counter-electromotive force, which opposes the current in the coil. This creates a voltage drop and an induced current in the opposite direction of the driving current. This is often known as the Lenz\'s law, which is named after the famous physicist, Heinrich Lenz.

The 1945-26F inductor is a great choice for various applications due to its high performance, low profile, small size, and long-term reliability. Its wide operating frequency range and low ESR make it an ideal option for low-noise applications. It is also constructed with two layers of copper and an encapsulated plastic coating for improved reliability and durability. In addition, the inductor\'s high current rating ensures high current availability for a wide range of applications.

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