MDB1-37PH006 Cable Assemblies

The MDB1-37PH006 is a type of D-Sub Cable, commonly used for computer networking and phone lines. The standard size of a D-Sub cable can range from three to nine pins for the male and female connectors, and is typically measured in millimeters (mm).

The MDB1-37PH006 is a 9-pin male/female straight-through cable that is designed to provide electrical connection between two components, such as computers, networking equipment, phone lines, or other audio/video devices. The cable is made of copper-clad aluminum wire, and provides both shielding and insulation against EMI/RFI. It has a maximum operating temperature of 85°C and a nominal current rating of 5A.

The MDB1-37PH006 is designed for use in application areas where high-speed signal transmission is required. This type of cable is commonly used in applications such as Ethernet, USB, FireWire, and HDMI. It can also be used in applications where electrical power is needed, such as in power cables, motors, and solenoids.

The working principle of the MDB1-37PH006 is based on the concept of converting electrical energy into a magnetic field. The electrical current passing through the cable generates a magnetic field which is used to carry the signal from one point to another. The magnetic field is transmitted along the length of the cable, where it meets and interacts with the signal lines in the receiving device. This interaction is converted back into electrical energy, creating a signal that can be used for communication.

The MDB1-37PH006 is ideal for applications where high-speed signal transmission is needed. Its low-loss design provides superior performance, and the copper-clad aluminum wire offers durability and flexibility. The shielding and insulation also help to protect the electrical signals from interference and reduce the risk of electrical shock.

The MDB1-37PH006 is a versatile and reliable solution for applications where high-speed signaling is required. Its durability and flexibility make it suitable for a wide variety of applications, and its low-loss design ensures that signals are transmitted with minimal signal loss. Its shielding and insulation also make it safer and more reliable than other types of cables.