M3CCK-3018R

Rectangular Cable Assemblies are a type of cable assembly that uses a two-dimensional shape to guide the pathways of the cables while providing electrical insulation and environmental protection. They are primarily used to connect, transmit, and guide electricity and data from one electronic device to another. The most common form of rectangular cables is the flat ribbon and shielded flat ribbon cables. These are generally used for high-density, low-impedance electrical transmissions and low-level signal transmissions. The M3CCK-3018R is a unique type of Flat Ribbon Cable with a greater capacity for data transmission.

The M3CCK-3018R is designed for high-density and low-impedance applications. The cable has two data channels, one for data transmission and the other for control and power. The cable is designed to be used in “live” applications, where the cable can be moved while still in use. To minimize signal loss, the M3CCK-3018R is shielded with a pre-attached metal shield. This helps to maintain the integrity of the signals and to minimize the risk of electrical noise. The cable also features an overlapping cable-to-board design for increased flexibility.

The M3CCK-3018R is ideal for a wide variety of applications, including audio and video systems, networking, and automation. It is especially well-suited for application in medical equipment, where high accuracy and data transmission is critical. Additionally, the cable is suitable for use in harsh environments, as it is highly resistant to water, temperature, radiation, and vibration.

The working principle of the M3CCK-3018R is simple but effective. The cable is built with alternating strands of stranded copper wires for both data and power lines. As the current is applied, the copper wire strands cause the conductor to bend and transmit the signal. This flexibility allows the signal to reach its destination without interference and with greater accuracy.

The M3CCK-3018R is a powerful type of cable assembly that is perfect for a wide range of applications. It is ideal for high-density and low-impedance applications, and for use in medical equipment and harsh environments. The overlapping design and shielded cable make it ideal for reducing signal interference and noise, while the flexible construction ensures that the signal reaches its destination accurately and quickly.