LF1290NP-682

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Common Mode Chokes, also known as "inductive filters," are a type of electrical filter that works to reject common-mode noise. The LF1290NP-682 Common Mode Choke is designed to suppress EMI interference and protect circuits from high frequency AC signals. It features a combination of ferrite cores and windings to create a model that offers the highest level of EMI noise reduction.

The LF1290NP-682 has an operating temperature range from -40°C to +125°C, making it suitable for a broad range of industrial applications. It can handle up to 500VAC/DC and is RoHS compliant. The LF1290NP-682 Common Mode Choke is a cost-effective solution for application’s requiring efficient EMI noise reduction.

The LF1290NP-682 Common Mode Choke works by creating a magnetic field around a wire in which magnetic flux lines are generated when current passes through it. The lines of flux oppose the current and reduce the common mode EMI interference. This magnetic field also acts to reduce the ability of signals to pass through the choke, preventing them from reaching the output. In this way, the LF1290NP-682 is capable of providing effective EMI noise virtually free of any interference.

The LF1290NP-682 offer a wide range of features that make them suitable for a variety of industrial applications. They are designed to suppress EMI interference in a wide array of applications such as industrial circuits, computer circuits, data communication systems, power lines, etc. They also have a high level of power handling capability, enabling them to work effectively in a broad range of power levels. Furthermore, they are highly efficient, and their operating temperature range makes them tenable in most applications.

The LF1290NP-682 Common Mode Choke is an excellent choice for applications where efficient EMI noise reduction is required. Its combination of ferrite cores and windings provides high levels of EMI suppression and its cost-effectiveness makes it an attractive option for a wide array of industrial settings. It is a reliable and effective way to reduce EMI noise in any application.

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