MDM-51PH017L Cable Assemblies

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D-sub cables are cables used for connecting two devices in a variety of ways, including serial and parallel data transfers, Analog Audio, Video, and many other connections. The MDM-51PH017L is a variation of D-sub cable produced by Amphenol, designed to provide high-speed data transmission with optimal shielding. This cable is commonplace in industrial and commercial applications, and is suitable for use in harsh environments.

The MDM-51PH017L features a 0.5-3.0mm cable with an outer diameter of 7.2mm. It is constructed from materials such as polyvinyl chloride (PVC), polypropylene (PP), and copper wire, and is designed to be highly resistant to water, heat, and other environmental factors. This makes it an ideal choice for applications that require a reliable and rugged connection.

The working principle of the MDM-51PH017L is that it utilizes differential signal encoding techniques to ensure that signals sent over the wire are faithfully received by the target device. This technique works by transmitting two separate signals, each of which is a half voltage waveform of the original signal. These two half-wave signals are then received by the target device, which is then able to reconstruct the original signal.

The MDM-51PH017L has a wide range of applications including industrial automation and control, audio/visual equipment, communications equipment, military and defense applications, and a variety of other applications where reliable data transmission is necessary. Specific applications of the MDM-51PH017L include industrial control systems, communications systems, and military drone telemetry.

The MDM-51PH017L cable is a robust and reliable solution for cabling applications, and is designed to provide reliable data transmission in a variety of extreme environments. Its differential signal encoding techniques ensure that signals sent over the wire are accurately received by the target device, making it an ideal choice for applications that demand reliable data transmission.

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