Description
The NI SHDB62M-BW-LL Low Leakage Cable is explicitly designed to be compatible with the National Instruments PXIe-4162 and PXIe-4163 Source Measure Units, ensuring a reliable connection for precise measurements. It features a 62-Pin D-SUB Male back end connection and a versatile Bare Wire Male front end connection, catering to various setup configurations.
Engineered to handle a maximum voltage of 60 VDC and a maximum current of 100 mA per channel, this cable is built to deliver performance while maintaining signal integrity. The robust outer shield is comprised of a braided wire used for effective grounding, while the inner shield includes foil insulation connected to Pin 10 (Output LO pin), further reducing signal leakage.
For convenience and application-specific requirements, the cable is available in two lengths; the 1-meter version carries the part number 142948-01, and the 2-meter version is identified by part number 142948-02. This ensures that users can select the appropriate cable length for their particular setup.
| Specification | Detail |
|---|---|
| Product Name | NI SHDB62M-BW-LL Low Leakage Cable |
| Compatible Devices | National Instruments PXIe-4162, PXIe-4163 Source Measure Units |
| Back End Connection | 62-Pin D-SUB Male |
| Front End Connection | Bare Wire Male |
| Maximum Voltage | 60 VDC |
| Maximum Current per Channel | 100 mA |
| Outer Shield | Braided Wire (Grounding) |
| Inner Shield | Foil Insulation tied to Pin 10 (Output LO pin) |
| 1-Meter Version Part Number | 142948-01 |
| 2-Meter Version Part Number | 142948-02 |
Q1: What are the key features and specifications of the NI SHDB62M-BW-LL Low Leakage Cable in terms of compatibility, connection types, voltage and current handling, shielding, and available lengths?
A1: The NI SHDB62M-BW-LL Low Leakage Cable can handle a maximum current of 100 mA per channel when connected to National Instruments Source Measure Units.
Q2: What is the maximum current handling capacity per channel for the NI SHDB62M-BW-LL Low Leakage Cable when connected to National Instruments Source Measure Units?
A2: The NI SHDB62M-BW-LL Low Leakage Cable is suitable for use with the National Instruments PXIe-4162 and PXIe-4163 Source Measure Units due to its 62-Pin D-SUB Male back end connection and Bare Wire Male front end connection, compatibility with a maximum voltage of 60 VDC and a maximum current of 100 mA per channel, robust braided wire outer shield for effective grounding, and an inner shield with foil insulation connected to Pin
Q3: What are the features of the NI SHDB62M-BW-LL Low Leakage Cable that make it suitable for use with the National Instruments PXIe-4162 and PXIe-4163 Source Measure Units?
A3: The NI SHDB62M-BW-LL Low Leakage Cable is designed to be compatible with the National Instruments PXIe-4162 and PXIe-4163 Source Measure Units, featuring a 62-Pin D-SUB Male back end and Bare Wire Male front end for versatile setup configurations, capable of handling up to 60 VDC and 100 mA per channel, with robust shielding including a braided wire outer layer and foil-insulated inner layer connected to Pin 10 to
Q4: What is the maximum voltage and current per channel that the NI SHDB62M-BW-LL Low Leakage Cable can handle when connected to National Instruments PXIe-4162 and PXIe-4163 Source Measure Units?
A4: The NI SHDB62M-BW-LL Low Leakage Cable is designed with a 62-Pin D-SUB Male back end and a Bare Wire Male front end, compatible with NI PXIe-4162 and PXIe-4163 Source Measure Units, handling up to 60 VDC and 100 mA per channel, featuring robust braided wire and foil insulation shielding to minimize signal leakage, and is available in 1-meter and 2-meter lengths for varying setup requirements.
Q5: What are the key characteristics and compatibility attributes of the NI SHDB62M-BW-LL Low Leakage Cable for use with National Instruments PXIe-4162 and PXIe-4163 Source Measure Units?
A5: The NI SHDB62M-BW-LL Low Leakage Cable can handle a maximum voltage of 60 VDC and a maximum current of 100 mA per channel when connected to National Instruments PXIe-4162 and PXIe-4163 Source Measure Units.
