Description
The National Instruments PXIe-2526 PXI Multiplexer Switch Module, with part numbers 780587-26 and 155043A-01L, is a versatile device that offers two topology options: a 1-wire 158 x 1 multiplexer and a 2-wire 79 x 1 multiplexer. It is equipped with electromechanical relays for efficient switching operations and boasts an initial DC path resistance of less than 0.5 Ohms, which increases to greater than or equal to 1.5 Ohms by the end of life.
The switch module’s thermal EMF is impressively low at under 10 micro-volts, ensuring minimal interference in measurements, and it supports a bandwidth of up to 10 MHz at -3 dB and 23°C. The relay operation time is typically 1 millisecond, with the capability to simultaneously drive up to 82 relays.
Despite its robust capabilities, the PXIe-2526 remains lightweight at only 230 grams and is designed to operate within a temperature range of 0 to 55°C and a relative humidity range of 10% to 90%. Additionally, the module is protected against shock and vibrations, ensuring reliable performance in demanding environments.
| Specification | Details |
|---|---|
| Product | National Instruments PXIe-2526 PXI Multiplexer Switch Module |
| Part Numbers | 780587-26, 155043A-01L |
| Topology Options | 1-wire 158 x 1, 2-wire 79 x 1 multiplexer |
| Relay Mechanism | Electromechanical relays |
| Initial DC Path Resistance | < 0.5 Ohms |
| End of Life DC Path Resistance | >= 1.5 Ohms |
| Thermal EMF | < 10 micro-volts |
| Bandwidth | <= 10 MHz at -3 dB and 23°C |
| Relay Operation Time | Typically 1 millisecond |
| Simultaneous Drive Limit | Up to 82 relays |
| Weight | 230 grams |
| Operating Temperature Range | 0 to 55°C |
| Relative Humidity Range | 10% to 90% |
| Shock and Vibration Protection | Yes |
Question 1: What is the operation time of the relay in the National Instruments PXIe-2526 PXI Multiplexer Switch Module, and how many relays can it drive simultaneously?
Answer 1: The typical relay operation time for the National Instruments PXIe-2526 PXI Multiplexer Switch Module is 1 millisecond, and it is capable of simultaneously driving up to 82 relays.
Question 2: What is the typical relay operation time for the National Instruments PXIe-2526 PXI Multiplexer Switch Module, and how many relays is it capable of driving simultaneously?
Answer 2: The relay operation time in the National Instruments PXIe-2526 PXI Multiplexer Switch Module is typically 1 millisecond, and it can simultaneously drive up to 82 relays.
Question 3: What are the key features and specifications of the National Instruments PXIe-2526 PXI Multiplexer Switch Module, including its physical characteristics and operational parameters?
Answer 3: The National Instruments PXIe-2526 PXI Multiplexer Switch Module is a versatile device featuring two topology options: a 1-wire 158 x 1 multiplexer and a 2-wire 79 x 1 multiplexer, with electromechanical relays and an initial DC path resistance of less than 0.5 Ohms. It has a low thermal EMF of under 10 micro-volts, supports a bandwidth up to 10 MHz at -3 dB
Question 4: What are the characteristics and operational specifications of the National Instruments PXIe-2526 PXI Multiplexer Switch Module, including its thermal EMF, relay operation time, and environmental tolerances?
Answer 4: The National Instruments PXIe-2526 PXI Multiplexer Switch Module is a versatile device that offers a 1-wire 158 x 1 multiplexer and a 2-wire 79 x 1 multiplexer topology, utilizes electromechanical relays, and features an initial DC path resistance of less than 0.5 Ohms. It has a low thermal EMF of under 10 micro-volts, supports a 10 MHz bandwidth at -3 dB,
Question 5: What are the key features and specifications of the National Instruments PXIe-2526 PXI Multiplexer Switch Module, including its part numbers, switching topology options, relay characteristics, and operating conditions?
Answer 5: The National Instruments PXIe-2526 PXI Multiplexer Switch Module, with part numbers 780587-26 and 155043A-01L, features two switching topology options—a 1-wire 158 x 1 multiplexer and a 2-wire 79 x 1 multiplexer—utilizing electromechanical relays that have an initial DC path resistance of less than 0.5 Ohms, which reaches 1.5 Ohms or higher by end
