National Instruments R6850-D1 Cable

The National Instruments R6850-D1 (Part Number: 777419-01) is a 68-to-50 pin ribbon cable for enhanced connectivity with NI DIO-32HS Digital I/O devices. This high-quality adapter cable offers seamless signal transmission while keeping durability intact in harsh industrial and laboratory conditions. As an engineered accessory to be reliable with signal routing and interfacing, the R6850-D1 quickly adapts 68-pin connections to the AT-DIO-32F pinout used in 50-pin systems.

This cable forms a very important building block in the construction of rugged digital signal routing for applications. This is a female-to-male cable with a female connector that can be directly connected to compatible devices such as the NI 653X series or the PSHR68-68M shielded cable. The male side has 50-pin assignments, thus allowing for ease of integration into existing configurations. However, the 50-pin adapter does not include the +5 V, CPULL, or DPULL pin configurations. These are important considerations in system integration.

The R6850-D1 extends the capability of your NI system to include connectivity for a variety of accessories and modules. It enables the use of NI signal conditioning modules, connector blocks, and RTSI bus cables. It is also a rugged interface to low-channel signal conditioning devices and accessories, including strain gauges, relays, and optical isolation setups.

The most essential field of the R6850-D1 application is providing additional functions to industrial automation, signal processing, or testing with digital I/O devices. This might become specifically suitable when an application provides features such as signal amplification, excitation, isolation, or multiplexing. Additionally, using appropriate corresponding equipment-NI DAQCard-6533 or NI PXI-6534-it provides stable signal quality within segments of connections.

Complying with the RoHS, R6850-D1 demonstrates a commitment from National Instruments towards environmentally responsible manufacturing. Robustness of construction and exactitude of engineering provide this system with a leading place in reliability in professional and research applications.