MDM-100PH059L

D-Sub Cables

The MDM-100PH059L refers to an ultra-miniature, high-speed differential cable connecting suitable components. It falls under the general category of D-Sub cables, which are used in a wide range of applications. This article will describe the application field and working principle of the MDM-100PH059L.

Application Field

The MDM-100PH059L is mainly used for high-density applications that require minimal space. This includes security systems, telecommunications, industrial equipment, automotive systems, medical equipment, and more. It is also suitable for applications where electromagnetic compatibility and signal integrity are essential. This cable is compliant with various standards, including RoHS, EMV, and UL.

The MDM-100PH059L is designed with the user in mind. It has a 25-pin connector on both sides, allowing for easy setup and maintenance. In addition, it has an optimized cable braid design that ensures maximum EMC shielding.

Working Principle

The MDM-100PH059L operates using a differential signal technique. This technique involves sending a signal in two wires that are electrically separated from each other. The wires carry a signal of opposite polarity with respect to ground. This allows for superior noise immunity, reducing the risk of disturbances and ensuring data integrity.

In addition, the MDM-100PH059L utilizes an impedance-controlled transmission line. This means that the impedance of the transmission line does not vary with the frequency of the signal, which preserves signal integrity. Furthermore, the use of advanced shielding technologies minimizes interference.

The MDM-100PH059L also features a built-in thermal sensor, which helps prevent cable overheating and potential malfunctions. The cable is designed to operate at data rates of up to 10 Gbps, making it ideal for applications that require high-speed data transfer.

Conclusion

The MDM-100PH059L is a high-performance D-Sub cable, designed for use in a variety of applications. It uses a differential signal technique to reduce noise interference, and features impedance-controlled transmission lines and built-in thermal sensors to ensure data integrity and prevent failures.