D-Sub Cables

MDM04-H100-16 application field and working principle

The MDM04-H100-16 family of D-subminiature cables is one of the most versatile and robust cables on the market. It is designed and manufactured by ATP Electronics, one of the leading suppliers of advanced connector and cable solutions. This cable is designed to provide reliable connectivity in harsh industrial and military applications where durability and reliability are essential.

The MDM04-H100-16 D-subminiature cable is a shielded, four-pair parallel configuration cable commonly used with type D connectors, which are standard ITU-T connectors according to the D-subminiature connector family. It is engineered to provide the highest quality and fastest data transmission rates for demanding applications. It has a robust outer sheath and mesh of intertwined multi-stranded OFC copper wire for maximum flexibility and shielding.

At its core, the MDM04-H100-16 provides exceptional performance and durability when used in the most challenging environments. It is rated up to 16 Gbps for both power and signal applications, as well as up to 12.5 amps for power applications. It is designed with dielectric characteristics that minimize signal loss and crosstalk while providing optimal EMC immunity.

The MDM04-H100-16 offers excellent protection against vibration, moisture, and temperature fluctuations. The cable is shielded to provide maximum durability and signal reliability, and it is UL-rated to provide peace of mind in protected applications. The cable is UL-certified for extended safety compliance and is compatible with most popular networking application standards, including CAT 5/6/7, ARCnet and PoE++.

The MDM04-H100-16 D-subminiature cables are ideal for a wide range of industrial and military applications. Examples include high voltage electrical panels, automotive and robotic applications, military and space exploration equipment, and more. The versatile and robust design makes the MDM04-H100-16 an excellent choice for applications where reliability and performance are essential.