Description
The National Instruments SHDB37F-4OM6F Multifunction Cable, also known by its alternative part number SH37F-OM6/4 or the National Instruments part number 146907-01, is a versatile and essential accessory designed for use with the NI-9219 device.
This multifunction cable is equipped with four OM6 type connectors and features a 37-pin configuration that breaks the signal into four independent arms, allowing for efficient signal management and versatility during calibration procedures.
It is specifically engineered for the calibration and verification of 2-W resistance, as well as 3-wire and 4-wire RTD accuracies, ensuring precise measurements and reliable performance. The cable benefits from high-quality shielding, which is crucial for handling both weak and high-level signals, thereby maintaining signal integrity in a variety of calibration environments.
| Specification | Detail |
|---|---|
| Product Name | National Instruments SHDB37F-4OM6F Multifunction Cable |
| Alternative Part Number | SH37F-OM6/4 |
| National Instruments Part Number | 146907-01 |
| Type | Multifunction Cable |
| Compatible Device | NI-9219 |
| Number of Connectors | Four OM6 type connectors |
| Number of Pins | 37-pin |
| Signal Break | Into four independent arms |
| Application | Calibration and verification of 2-W resistance, 3-wire and 4-wire RTD accuracies |
| Shielding | High-quality shielding for handling weak and high-level signals |
Q1: What are the specific applications for which the National Instruments SHDB37F-4OM6F Multifunction Cable, part number 146907-01, is designed, especially in relation to the NI-9219 device?
A1: The National Instruments SHDB37F-4OM6F Multifunction Cable, part number 146907-01, is specifically designed for calibration and verification of 2-W resistance and for measuring accuracies in 3-wire and 4-wire RTD setups when used in conjunction with the NI-9219 device.
Q2: What are the capabilities and specific engineering purposes of the National Instruments SHDB37F-4OM6F Multifunction Cable when used with the NI-9219 device?
A2: The National Instruments SHDB37F-4OM6F Multifunction Cable functions as a connection interface for the NI-9219 device, supporting the calibration and verification of 2-W resistance, and 3-wire and 4-wire RTD accuracies with its 37-pin configuration that breaks out into four independent arms with OM6 type connectors, offering efficient signal management and versatility while maintaining signal integrity through high-quality shielding.
Q3: What is the function of the National Instruments SHDB37F-4OM6F Multifunction Cable in the calibration of 2-W resistance and RTD accuracies when used with the NI-9219 device?
A3: The National Instruments SHDB37F-4OM6F Multifunction Cable functions as an accessory for the NI-9219 device, breaking the signal into four independent arms with its 37-pin configuration and OM6 type connectors, enabling efficient signal management and providing high-quality shielding to ensure precise and reliable calibration and verification of 2-W resistance, as well as 3-wire and 4-wire RTD accuracies.
Q4: What are the unique features and intended calibration uses for the National Instruments SHDB37F-4OM6F Multifunction Cable when paired with an NI-9219 device?
A4: The National Instruments SHDB37F-4OM6F Multifunction Cable is equipped with four OM6 type connectors and a 37-pin configuration for signal management, and it is specifically engineered for the calibration and verification of 2-W resistance, as well as 3-wire and 4-wire RTD accuracies with an NI-9219 device, ensuring precise measurements and reliable performance, complemented by high-quality shielding to maintain signal integrity across various calibration environments.
Q5: What is the function of the National Instruments SHDB37F-4OM6F Multifunction Cable when used with the NI-9219 device, and what types of connections and configurations does it support?
A5: The National Instruments SHDB37F-4OM6F Multifunction Cable, when used with the NI-9219 device, is capable of efficient signal management through its 37-pin configuration that breaks the signal into four independent arms with four OM6 type connectors, and it is specifically engineered for the calibration and verification of 2-W resistance, as well as 3-wire and 4-wire RTD accuracies, featuring high-quality shielding to maintain signal integrity for precise measurements and reliable
