Description
The National Instruments PXIe-2529, part number 780587-29, is a versatile PXI Matrix Switch Module offering a substantial 128 crosspoint configuration. This module can be arranged as either a 4×32 or an 8×16 2-wire matrix to suit various switching needs.
It demonstrates a robust maximum switching power capacity of 30 W, 37.5 VA, ensuring reliable operation under various load conditions. The module employs electromechanical, non-latching, field replaceable relays, which provide longevity and ease of maintenance.
Throughout its lifecycle, the DC Path Resistance is maintained at low levels, ensuring efficient signal transmission until the relay reaches the end of its life, at which point resistance increases sharply above 1 Ω. Compatibility with the NI-SWITCH driver, which is IVI-compliant, allows seamless integration and operation within automated test setups.
Finally, the included NI-SWITCH Executive Software enhances user experience by simplifying the management and programming of complex switching tasks, complementing the technical prowess of the PXIe-2529 module.
| Feature | Description |
|---|---|
| Part Number | 780587-29 |
| Product Type | PXI Matrix Switch Module |
| Model | PXIe-2529 |
| Crosspoints | 128 |
| Configuration Options | 4×32 or 8×16 2-wire matrix |
| Maximum Switching Power | 30 W, 37.5 VA |
| Relay Type | Electromechanical, non-latching, field replaceable |
| DC Path Resistance | Low until end of relay life, then rises rapidly above 1 Ω |
| Driver Compatibility | NI-SWITCH (IVI-compliant) |
| Software | NI-SWITCH Executive Software |
Question 1: What level of DC Path Resistance is maintained by the National Instruments PXIe-2529 before it reaches its end-of-life resistance threshold above 1 Ω?
Answer 1: The maximum switching power capacity of the National Instruments PXIe-2529 matrix switch module is 30 watts, 37.5 VA.
Question 2: What are the configuration options and maximum switching power of the National Instruments PXIe-2529 Matrix Switch Module, and how does its DC Path Resistance behavior and compatibility with NI software benefit its operation in automated test setups?
Answer 2: The National Instruments PXIe-2529 Matrix Switch Module maintains efficient signal transmission throughout its life by keeping the DC Path Resistance at low levels; however, when the relay reaches the end of its lifespan, the resistance increases sharply above 1 ohm.
Question 3: What is the maximum switching power capacity of the National Instruments PXIe-2529 matrix switch module?
Answer 3: The National Instruments PXIe-2529 Matrix Switch Module can be configured as either a 4×32 or an 8×16 2-wire matrix and offers a maximum switching power of 30 W, 37.5 VA; its DC Path Resistance remains low throughout its lifecycle for efficient signal transmission and only increases sharply above 1 Ω at the end of its life, ensuring reliability, while its compatibility with the NI-SWITCH driver and the inclusion of NI-SWITCH
Question 4: What are the electrical and mechanical specifications of the National Instruments PXIe-2529 module, and how do its features and accompanying software contribute to its functionality in automated test setups?
Answer 4: The National Instruments PXIe-2529 maintains low levels of DC Path Resistance throughout its lifecycle until it reaches its end-of-life resistance threshold, which is when the resistance increases sharply above 1 Ω.
Question 5: How does the National Instruments PXIe-2529 Matrix Switch Module maintain efficient signal transmission throughout its life, and what occurs to its DC Path Resistance when the relay reaches the end of its lifespan?
Answer 5: The National Instruments PXIe-2529 module is an electromechanical PXI Matrix Switch Module with a 128 crosspoint switch configuration that can be set up as a 4×32 or 8×16 2-wire matrix, featuring a maximum switching power capacity of 30 W, 37.5 VA, and low DC path resistance for efficient signal transmission until end-of-life. Its non-latching, field replaceable relays ensure durability and ease of maintenance, while compatibility
