Description
The National Instruments SH42MNano-Pitch-42MNano-Pitch OCuLink Cable, part number 785486-01, is a high-quality OCuLink Cable designed for connecting OCuLink compatible devices. Manufactured by National Instruments, this cable features a 42-Pin Nano-Pitch Male Front-End Connector and a 42-Pin Nano-Pitch Male Back-End Connector, making it highly suitable for interfacing with National Instruments hardware.
With a length of 1 meter, this cable provides ample reach for most applications. It is engineered to support critical signals such as LVCMOS and MGTs, ensuring reliable performance in your monitoring and control systems. The inclusion of a shielded design enhances its capability to resist electromagnetic interference, delivering a more stable connection when used with shielded accessories like the SCB-8 Breakout Connector.
Whether you’re setting up a complex industrial system or a simple lab environment, the National Instruments SH42MNano-Pitch-42MNano-Pitch OCuLink Cable guarantees a robust and secure linkage between your devices, facilitating efficient digital data transmission over its OCuLink interface.
| Specification | Detail |
|---|---|
| Product Name | National Instruments SH42MNano-Pitch-42MNano-Pitch OCuLink Cable |
| Part Number | 785486-01 |
| Type | OCuLink Cable |
| Manufacturer | National Instruments |
| Connector Type | 42-Pin Nano-Pitch Male Front-End Connector, 42-Pin Nano-Pitch Male Back-End Connector |
| Length | 1 meter |
| Compatibility | OCuLink compatible devices |
| Related Accessories | SCB-8 Breakout Connector |
| Signal Support | LVCMOS and MGTs signals |
| Shielding | Shielded cable |
Q1: What type of connectors are used on both ends of the National Instruments SH42MNano-Pitch-42MNano-Pitch OCuLink Cable, part number 785486-01, and how long is the cable?
A1: The National Instruments SH42MNano-Pitch-42MNano-Pitch OCuLink Cable, part number 785486-01, is equipped with a 42-Pin Nano-Pitch Male Front-End Connector and a 42-Pin Nano-Pitch Male Back-End Connector, and the cable is 1 meter in length.
Q2: What types of signals does the National Instruments SH42MNano-Pitch-42MNano-Pitch OCuLink Cable, part number 785486-01, support to ensure reliable performance in monitoring and control systems?
A2: The National Instruments SH42MNano-Pitch OCuLink Cable with part number 785486-01 is designed to connect OCuLink compatible devices, and its shielded design benefits its performance by reducing electromagnetic interference, thus ensuring a more stable and reliable connection, especially when used with shielded accessories like the SCB-8 Breakout Connector.
Q3: What type of devices is the National Instruments SH42MNano-Pitch OCuLink Cable with part number 785486-01 designed to connect, and how does its shielded design benefit its performance?
A3: The National Instruments SH42MNano-Pitch-42MNano-Pitch OCuLink Cable, part number 785486-01, is a 1-meter long OCuLink Cable featuring 42-Pin Nano-Pitch Male connectors on both ends, designed to connect OCuLink compatible devices. It supports LVCMOS and MGTs signals, is shielded to resist electromagnetic interference, and is intended for use in industrial and laboratory environments to ensure reliable performance in monitoring and control systems,
Q4: What kind of devices is the National Instruments SH42MNano-Pitch-42MNano-Pitch OCuLink Cable, part number 785486-01, with 42-Pin Nano-Pitch Connectors, primarily designed to connect, and what are its capabilities in terms of signal support and interference resistance?
A4: The National Instruments SH42MNano-Pitch-42MNano-Pitch OCuLink Cable, part number 785486-01, is engineered to support critical signals such as LVCMOS and MGTs, ensuring reliable performance in monitoring and control systems.
Q5: What are the specifications and intended applications of the National Instruments SH42MNano-Pitch-42MNano-Pitch OCuLink Cable with part number 785486-01?
A5: The National Instruments SH42MNano-Pitch-42MNano-Pitch OCuLink Cable, part number 785486-01, with 42-Pin Nano-Pitch Connectors, is primarily designed to connect OCuLink compatible devices, and it is capable of supporting critical signals such as LVCMOS and MGTs while its shielded design offers resistance to electromagnetic interference, ensuring a stable and reliable connection.
