PXIe-2575

Description

The National Instruments PXIe-2575 PXI Multiplexer Switch Module, with Part Number 780587-75, is engineered to support a variety of configurations including 1-Wire with 196 channels and 2-Wire with 98 channels, providing flexible options for different applications. With a rapid relay operation time of typically 1 millisecond and a maximum of 3.4 milliseconds, this electromechanical switch module ensures swift and efficient signal routing.

Handling voltages up to 100 volts across channels, the module can switch power up to 60 Watts or 62.5 VA per channel. The strong DC isolation resistance of 1 Giga-ohms between channel and COM terminals ensures reliable performance, and the module is capable of supporting a maximum switching current of 1 ampere.

For high-frequency applications, the PXIe-2575 shines with an impressive bandwidth of greater than 20 MegaHertz in 1-Wire mode and greater than 8 MegaHertz in 2-Wire mode. Moreover, it maintains a low differential thermal EMF with a typical value of 3 microvolts and a maximum of less than 12 microvolts, minimizing signal interference and ensuring accurate measurements.

< Question 1: What is the switching power capacity per channel for the National Instruments PXIe-2575 PXI Multiplexer Switch Module with Part Number 780587-75, and what is its typical relay operation time?
Answer 1: The National Instruments PXIe-2575 PXI Multiplexer Switch Module can maintain a typical differential thermal EMF value of 3 microvolts and a maximum of less than 12 microvolts, which helps in minimizing signal interference and ensures accurate measurements by reducing thermally induced voltage differences that can affect the integrity of the signal.

Question 2: What are the key specifications and capabilities of the National Instruments PXIe-2575 PXI Multiplexer Switch Module in terms of channel configurations, switching speed, voltage handling, power capacity, isolation resistance, current support, bandwidth, and differential thermal EMF?
Answer 2: The switching power capacity per channel for the National Instruments PXIe-2575 PXI Multiplexer Switch Module with Part Number 780587-75 is 60 Watts or 62.5 VA, and its typical relay operation time is 1 millisecond.

Question 3: What are the voltage handling capabilities and maximum power switching limits per channel for the National Instruments PXIe-2575 PXI Multiplexer Switch Module with Part Number 780587-75?
Answer 3: The National Instruments PXIe-2575 PXI Multiplexer Switch Module offers channel configurations of 1-Wire with 196 channels and 2-Wire with 98 channels, features a switching speed of 1 millisecond typical and up to 3.4 milliseconds maximum, can handle voltages up to 100 volts and switch power up to 60 Watts or 62.5 VA per channel, has a strong DC isolation resistance of 1 Giga-ohms, supports a

Question 4: What is the typical and maximum differential thermal EMF value that the National Instruments PXIe-2575 PXI Multiplexer Switch Module can maintain, and how does this affect signal interference?
Answer 4: The National Instruments PXIe-2575 PXI Multiplexer Switch Module can handle a maximum voltage of 100 volts and power up to 60 Watts or 62.5 VA per channel, with typical relay operation times of 1 millisecond and a maximum of 3.4 milliseconds.

Question 5: What is the maximum voltage and power per channel that the National Instruments PXIe-2575 PXI Multiplexer Switch Module can handle, and what are its typical and maximum relay operation times?
Answer 5: The National Instruments PXIe-2575 PXI Multiplexer Switch Module with Part Number 780587-75 can handle voltages up to 100 volts across channels and can switch power up to 60 Watts or 62.5 VA per channel.

Specification	Detail
Part Number	780587-75
Product Name	National Instruments PXIe-2575 PXI Multiplexer Switch Module
Configuration Modes	1-Wire, 196 channel and 2-Wire, 98 channel
Relay Operation Time (typical)	1 millisecond
Relay Operation Time (maximum)	3.4 milliseconds
Relay Type	Electromechanical
Channel to Channel Voltage	Up to 100 volts
Max Switching Power (per channel)	60 Watts or 62.5 VA
DC Isolation Resistance	1 Giga-ohms (between channel and COM terminals)
Max Switching Current	1 ampere
Bandwidth (1-Wire mode)	> 20 MegaHertz
Bandwidth (2-Wire mode)	> 8 MegaHertz
Differential Thermal EMF (typical)	3 microvolts
Differential Thermal EMF (maximum)	< 12 microvolts