Description
The National Instruments SH68M-68M-EPM Multifunction Cable, also known as SHC68-C68-EPM, is a highly compatible and versatile shielded, twisted pair multifunction cable designed to connect DAQ devices with 68-pin accessories. Featuring robust VHDCI 68-pin male connectors on both ends, manufactured by BIZCONN, this cable ensures secure connectivity with thumbscrews, and comes in various lengths: 190233-01, 190233-02, and 190233-0R5. It offers specialized shielding for analog and digital signals with separate shielded twisted pairs for analog inputs, dedicated shielded cables for analog outputs, and individually shielded twisted pairs for digital I/O, ensuring optimal signal integrity and performance.
| Specification | Detail |
|---|---|
| Product Name | National Instruments SH68M-68M-EPM Multifunction Cable |
| Type | Shielded, Twisted Pair Multifunction Cable |
| Alternative Part Number | SHC68-C68-EPM |
| Compatibility | Connects DAQ devices and 68-pin accessories |
| Connectors | VHDCI 68-pin Male to VHDCI 68-pin Male |
| Available Lengths | 190233-01, 190233-02, 190233-0R5 |
| Analog Inputs | Shielded twisted pairs for analog inputs |
| Analog Outputs | Separate shielded cables for analog outputs |
| Digital I/O | Individually shielded twisted pairs for digital I/O |
| Manufacturer of Connectors | BIZCONN |
| Connector Features | Thumbscrews for secure connectivity |
Q1: What are the unique shielding features of the National Instruments SH68M-68M-EPM Multifunction Cable that contribute to its optimal signal integrity and performance?
A1: The National Instruments SH68M-68M-EPM Multifunction Cable connects to DAQ devices with 68-pin accessories and ensures optimal signal integrity for various signal types through specialized shielding with separate shielded twisted pairs for analog inputs, dedicated shielded cables for analog outputs, and individually shielded twisted pairs for digital I/O.
Q2: What are the features and compatibilities of the National Instruments SH68M-68M-EPM Multifunction Cable, including its connector type, length options, and specialized shielding properties?
A2: The National Instruments SH68M-68M-EPM Multifunction Cable, also known as SHC68-C68-EPM, features robust VHDCI 68-pin male connectors produced by BIZCONN on both ends, with thumbscrews for secure connectivity, and comes in lengths of 190233-01, 190233-02, and 190233-0R5. Its design includes specialized shielding for both analog and digital signals, with separate shielded twisted pairs for analog
Q3: What types of signals does the National Instruments SH68M-68M-EPM Multifunction Cable offer specialized shielding for, and what are the different lengths in which this cable is available?
A3: The National Instruments SH68M-68M-EPM Multifunction Cable offers specialized shielding for analog inputs, analog outputs, and digital I/O signals, and it is available in lengths of 1 meter (190233-01), 2 meters (190233-02), and 0.5 meters (190233-0R5).
Q4: What are the features and specifications of the National Instruments SH68M-68M-EPM Multifunction Cable, and how do its design and various lengths cater to signal integrity and performance in connecting DAQ devices with 68-pin accessories?
A4: The National Instruments SH68M-68M-EPM Multifunction Cable, also known as SHC68-C68-EPM, features robust VHDCI 68-pin male connectors manufactured by BIZCONN on both ends, secure connectivity with thumbscrews, and comes in lengths of 190233-01, 190233-02, and 190233-0R5; it is designed with specialized shielding for signal integrity, including separate shielded twisted pairs for analog inputs, dedicated
Q5: What type of devices does the National Instruments SH68M-68M-EPM Multifunction Cable connect to, and how does it ensure optimal signal integrity for various signal types?
A5: The National Instruments SH68M-68M-EPM Multifunction Cable features specialized shielding with separate shielded twisted pairs for analog inputs, dedicated shielded cables for analog outputs, and individually shielded twisted pairs for digital I/O, all of which contribute to its optimal signal integrity and performance.
