LCF080602A750TG Filters

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Common Mode Chokes are electromechanical devices used to attenuate electromagnetic interference in signal lines. Common Mode Chokes (CMC) have become extremely important components in the design of electronic systems and are used in a number of applications in order to manage electromagnetic compatibility (EMC). Common Mode Chokes are characterized by their inductance value and their ability to suppress common mode currents.

The LCF080602A750TG is a Common Mode Choke specifically designed for differential transmission line applications. It has an inductance of 8 uH, a DC resistance (DCR) of 0.4 Ohm and an operating temperature range of -40 to +125°C. The choke is composed of a single machined ferrite core which features two copper windings with two internal isolation layers, creating an effective separation between the primary and secondary windings. The high-permeability ferrite material induces an additional magnetic field which results in an enhanced suppression of EMI.

The LCF080602A750TG works by attenuating common mode currents on signal lines. It does this by limiting the current in the primary and secondary windings, creating a large transformer ratio. This transformer ratio limits the amount of electromagnetic energy that can pass between the primary and secondary windings. This lowers the amount of interference on connected trace lines.

The LCF080602A750TG is designed for differential transmission line applications in which differential mode currents are dominant and common mode currents need to be attenuated. It can be used in a variety of applications, including power supplies, digital circuits, microprocessor systems, switching power supplies and various other electronic systems. It is also suitable for use in automotive, telecom and industrial applications.

The LCF080602A750TG is a useful and versatile component for use in many different applications. It has a wide temperature range, making it suitable for a number of different environments. Additionally, it is constructed from high-permeability ferrite material, providing enhanced suppression of electromagnetic interference.

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