2643013801

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Ferrite cores are commonly used in all kinds of electronic devices, from consumer to industrial electronics. They provide a way to effectively reduce noise interference and increase data and power transfer speeds. The 2643013801 core is a type of Ferrite Core Cable, used in various applications ranging from audio equipment and commercial electronics to data networks and power supplies. Its use has greatly improved device performance and reliability in many applications.

The 2643013801 is an EMI/RFI shielded ferrite core cable, made according to military specifications. It is manufactured with diligent attention to detail and is able to provide superior noise reduction and high data transfer performance. As it is shielded, it can also be used in high voltage applications, such as defibrillators and medical imaging equipment, where electrical noise has to be minimized to maintain the integrity of the signal.

The 2643013801 consists of four layers of dielectric power insulation, allowing for maximum flexibility and shielding. An inner layer of copper foil serves as the shielding and a twisted pair of conductors provide the current pathways. The core is encased in a PVC jacket that provides additional protection against EMI and RFI. The outer jacket also provides abrasion and cut resistance.

The core typically comes with a ULVW-1 rating, indicating that it is rated and approved for use in approved safety applications. The core has a thermal insulation rating of Class B. The voltage rating of the 2643013801 is 600V. This rating ensures the core is suitable for applications requiring high voltage or high current.

The working principle behind these ferrite cores is based on the transmission line theory. This theory states that a conductor carrying current generates an electromagnetic field around itself. This field can propagate along the cable and can interfere with nearby electrical signals or disrupt electronic circuits. The ferrite core acts as a shield against the electromagnetic interference, redirecting the field away from the circuit or towards the cable, thus reducing the amount of interference.

The ferrite core also reduces the current, thanks to its high resistance. This is done by increasing the amount of electrical impedance along the cable, as the core decreases the amount of current flowing through it. This effect is strengthened by the twisted pair design, which further decreases the amount of current that can flow between the conductors.

The 2643013801 ferrite core cable is specifically designed for applications requiring low noise interference and maximum power transfer capability. It can significantly improve the performance of any device or equipment it is used in, while providing increased safety by reducing the amount of electrical noise that can interfere with sensitive circuits.

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