C2526A.30.10

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Multiple Conductor Cables (MCCs) provide an efficient means of connecting equipment that require multiple electrical conductors in a single cable. They are used in a variety of applications, from industrial cables used in manufacturing to medical and digital imaging applications. One of the most commonly used MCCs is C2526A.30.10. This article will discuss the application field and working principle of C2526A.30.10.

C2526A.30.10 MCCs are typically used for the transmission of low-voltage signals in industrial, medical, and digital imaging applications. The cable has 10 individually insulated conductors with 30 AWG conductors. The conductors are 0.039 inches in diameter and are shielded with a 0.039 inch diameter shield. The signal transmission capacity of the C2526A.30.10 is up to 4MHz. The cable is designed to meet the UL, CSA, and CSA standards.

In industrial applications, C2526A.30.10 is often used for connecting panels, detectors, and other equipment. The 30 AWG conductors provide excellent signal resolution for precision measurements, and the shielding prevents interference. The cables are also used in medical and imaging applications for connecting medical devices such as ECG and EEG monitors. The cables are used to transmit signals from the device to the monitoring equipment.

The working principle of C2526A.30.10 MCCs is based on the fact that the conducting portion of the cable is made up of many small individually insulated and shielded conductors. These conductors are insulated from each other and from the shield that surrounds them. The shield prevents interference from outside sources, and the conductors transmit the signals without interference. The efficiency of the signal transmission is improved due to the low-loss insulation and the use of the Shielded Twisted-Pair (STP) cables.

The STP cables reduce signal loss, add protection from the elements, and provide balanced transmission of signals. The signal transmission capacity of the cables is improved, as well. This is because the signal transmitted on one cable is mirrored on the other. When the signals are transmitted, the signal reaching the destination is an exact replica of the original signal, with less distortion and better signal quality.

C2526A.30.10 MCCs are versatile and reliable cables that are used in a variety of applications. The 30 AWG conductors provide excellent signal resolution and the shielding prevents interference. The STP cables reduce signal loss and offer balanced transmission of signals. This ensures that the signal quality is maintained and the signal reaches the desired destination without distortion or additional interference. The MCCs are also designed to meet UL, CSA, and CSA standards for safety and reliability.

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