MDVB1-51SH004P

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D-Sub cables are highly versatile and used in a variety of applications, ranging from data transfer to power delivery. In this article, we will look at the application field and working principle of MDVB1-51SH004P, a type of D-Sub cable.

Overview

The MDVB1-51SH004P is a shielded D-Sub cable designed to provide power and/or data transfer in its application. It is available with either 9 or 15-position male and female connectors, in a variety of lengths. The shielded construction helps to protect the data transmission and eliminate electrical interference and crosstalk.

Application Field

The MDVB1-51SH004P is mainly used in industrial application fields, such as in automation systems, robotic systems, sensors, vision systems, military/aerospace and other similar applications. It is specifically designed to provide efficient power and data transfer, which increases its versatility for applications in harsh environments. The cable can be used for power and signal/data transmission, making it an ideal choice for a variety of applications. It is also able to provide robust performance in high-temperature environments, with reliable data transfer and power delivery.

Working Principle

The MDVB1-51SH004P operates using a shielded CM type construction. This consists of an inner layer of aluminum/copper braid, which helps to protect the electrical signals from electromagnetic interference. The inner layer is then covered by a polyurethane-based insulation. This insulation protects the data transmission by shielding any kind of interference from external sources. Finally, the shield is enclosed by a polyurethane-based jacket, ensuring that the cable holds up under harsh environmental conditions.

Conclusion

The MDVB1-51SH004P is a highly versatile D-Sub cable designed for power and/or data transfer applications. It has a shielded CM-type construction, which helps to protect the electrical signals from EMI and crosstalk. The cable is specifically designed for use in industrial applications, such as automation systems, robotic systems, vision systems and military/aerospace. It is able to provide robust performance in high-temperature environments, with reliable data transfer and power delivery.

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