Description
The National Instrument DB37M-DB37F-EP I/O Cable, with a Part Number of 193737-01, is a 1-meter Shielded Cable that provides enhanced performance and EMI shielding tailored for high voltage applications in electrically noisy environments. It features a 37-pin female D-Sub connector on one end and a 37-pin male D-Sub connector on the other, making it compatible with NI-6230 and NI-6236 Multifunction Modules.
For situations where a shielded cable is not critical, the SH37F-37M cable can serve as an alternate, though it should be noted that the device will be derated under specification due to the lack of shielding. The design of the DB37M-DB37F-EP includes twisted pairing to further reject environmental noise, ensuring reliable and stable performance in demanding setups.
| Specification | Detail |
|---|---|
| Product Name | National Instrument DB37M-DB37F-EP I/O Cable |
| Part Number | 193737-01 |
| Length | 1 meter |
| Type | Shielded Cable |
| Compatibility | NI-6230, NI-6236 Multifunction Modules |
| Alternate Cable | SH37F-37M (derated under specification without shielding) |
| Connectors | 37-pin female D-Sub to 37-pin male D-Sub |
| Applications | High voltage, electrically noisy environments |
| Features | Enhanced performance, EMI shielding, twisted pairing |
Q1: What are the features and compatibilities of the National Instrument DB37M-DB37F-EP I/O Cable and how does it differ from the SH37F-37M cable in terms of shielding and noise rejection?
A1: The National Instrument DB37M-DB37F-EP I/O Cable with Part Number 193737-01 is a 1-meter shielded cable designed for high voltage applications, featuring enhanced performance and EMI shielding suitable for electrically noisy environments; it is equipped with a 37-pin female D-Sub connector and a 37-pin male D-Sub connector, making it compatible with NI-6230 and NI-6236 Multifunction Modules, and includes twisted pairing to mitigate environmental
Q2: Given the information provided, what are the main features that make the National Instrument DB37M-DB37F-EP I/O Cable particularly suitable for high voltage applications in electrically noisy environments?
A2: The National Instrument DB37M-DB37F-EP I/O Cable is a 1-meter shielded cable featuring a 37-pin female D-Sub connector and a 37-pin male D-Sub connector, designed with twisted pairing for enhanced EMI shielding and performance in electrically noisy environments, and it is compatible with NI-6230 and NI-6236 Multifunction Modules.
Q3: What are the compatibility details and features of the National Instrument DB37M-DB37F-EP I/O Cable with Part Number 193737-01 for high voltage applications?
A3: The National Instrument DB37M-DB37F-EP I/O Cable is a 1-meter Shielded Cable designed with a 37-pin female D-Sub connector on one end and a 37-pin male D-Sub connector on the other, compatible with NI-6230 and NI-6236 Multifunction Modules, and it offers enhanced performance and EMI shielding suitable for high voltage applications in noisy environments; it differs from the SH37F-37M cable in that it includes
Q4: What are the unique attributes of the National Instrument DB37M-DB37F-EP I/O Cable, and which NI modules is it compatible with?
A4: The main features that make the National Instrument DB37M-DB37F-EP I/O Cable particularly suitable for high voltage applications in electrically noisy environments include its 1-meter shielding for enhanced performance and EMI shielding, the use of twisted pairing to further reject environmental noise, and its compatibility with NI-6230 and NI-6236 Multifunction Modules.
Q5: What are the advantages of using the National Instrument DB37M-DB37F-EP I/O Cable over the SH37F-37M cable for connecting NI-6230 and NI-6236 Multifunction Modules, and what specific design feature aids in noise rejection?
A5: The advantages of using the National Instrument DB37M-DB37F-EP I/O Cable over the SH37F-37M cable for connecting NI-6230 and NI-6236 Multifunction Modules include enhanced performance and EMI shielding, which is particularly beneficial in high voltage applications within electrically noisy environments; additionally, its specific design feature of twisted pairing aids significantly in rejecting environmental noise, thus ensuring more reliable and stable performance.
