National Instruments CP36-C68-D4-B Cable

The National Instruments CP36-C68-D4-B Cable is intended for applications involving high-performance connectivity among National Instruments hardware components. The CP36-to-68-position VHDCI interface cable connects its counterpart devices directly, having a CP36 connector at one end and a 68-pin Very High-Density Cable Interconnect (VHDCI) connector at the other end. The CP36-C68-D4-B Cable will be well suited to all such applications, even more in areas where highly reliable signal transmission is intended, such as automated test systems and data acquisition.

The CP36-C68-D4-B Cable is made to the highest standards, using spring pin technology to provide reliable and repeatable contact in test applications. Robust construction keeps signal degeneration and electromagnetic interference low, thereby maintaining data transmission integrity throughout a wide range of industrial environments. The cable is 24 inches long, allowing flexibility in system configuration to meet a wide variety of set-up requirements.

CP36-C68-D4-B Cable provides improved shielding, which guarantees the reduction of noise and crosstalk and, therefore meets the most important requirements to help customers maintain their accurate measurements for several sensitive applications. Such dependability in addition to durability makes this cable a very important constituent in the test and measurement applications in which one expects consistency to always be a performance at stake.

The CP36-C68-D4-B cable works with a number of National Instruments digital instruments, including the NI 6535/6/7, 654x, 655x, and 657x series. In addition, it enables connection from these instruments to other accessories, such as the CB-2162 Connector Block or to SMB breakout boxes for easy integration in test set-ups.

Being one of the informative accessories for any professional in the line of industrial automation and electronic testing, this cable ensures very high fidelity in signal transmission. With CP36-C68-D4-B, the precision and efficiency of complex measurement systems increase. It will provide a reliable link between instruments and accessories for the flawless operation of automated test equipment and data acquisition systems.