MDM-9PHC13B

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Introduction

MDM-9PHC13B, a type of D-Sub Cables, is a multi-purpose precision cable designed to distribute electronic signals. The cable is suitable for use in electronic equipment assemblies requiring accurate data transmission. It features a 9 position (9 points) plug and socket center-to-center spacing and is available in several varieties. This article will focus on the application field and working principle of MDM-9PHC13B.

Application Fields

MDM-9PHC13B is ideal for applications where precise signal transmission is needed, such as the interconnection of medical equipment, automotive electronics, military communication systems and robots. It can also be used as a reliable connection between a computer and a peripheral device, in telecommunications applications ranging from CCTV systems to intercom systems.

Working Principle

MDM-9PHC13B is made of tightly woven copper wire and has 9 connections in total. The fast connection between the plug and socket is ensured by two metallic or plastic nuts, which have to be screwed in clockwise and counterclockwise directions respectively, to attach the plug to the socket and secure the connection. The connection is further secured by an insulation sleeve, which encircles each group of three wires, thereby preventing any short-circuits.

The electrical signal transmission of the cable is handled by the copper cores. Rather than forming a metal-to-metal connection as in conventional wiring, this cable uses the copper cores to transfer electricity through a thin layer of insulation. This insulation is what prevents any short-circuits from occurring. When electricity is transmitted from the plug to the socket, the copper cores act as a conduit for the electricity, allowing it to reach the end point without any undesired dissipation or distortion.

Conclusion

In conclusion, MDM-9PHC13B is a type of D-Sub Cables that is designed to distribute electronic signals accurately. It features a 9 position (9 points) plug and socket center-to-center spacing, and is suitable for applications requiring precise signal transmission. Its working principle involves the use of copper cores to transfer electricity through a thin layer of insulation, thus preventing any short-circuits.

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