NI PXIE-1092 Output module

The NI PXIe-1092 is a high-performance PXI Express chassis designed to meet the demands of various test and measurement applications. It offers a high-bandwidth backplane, robust power and cooling

 capabilities, and precise timing and synchronization features.

Product Detailed Description

• PXI Express Chassis:

• Complies with PXI Express hardware specifications.

• Provides 10 slots, including hybrid slots and a system timing slot.

• Supports up to 24 GB/s system bandwidth.

• High Performance:

• Provides up to 82 W of cooling capacity per slot.

• Offers robust power supply to support high-performance modules.

• Timing and Synchronization:

• Provides advanced timing and synchronization features for precise measurements.

Product Parameters

• Slot Count: 10

• System Bandwidth: 24 GB/s

• Slot Cooling Capacity: 82 W

• Power Supply Type: AC

• Dimensions: 6.97 in. (H) x 11.94 in. (W) x 18.25 in. (D)

• Weight: 27.1 lb.

Product Advantages

• High Performance:

• Capable of supporting high-performance PXI Express modules.

• High Bandwidth:

• Provides high-speed data transfer capabilities.

• Precise Timing and Synchronization:

• Enables precise measurements.

• Modular and scalable:

• The features of the PXIe platform, which is convenient for customers to carry out flexible configuration.

Precautions

• Correct Installation:

• Install and wire according to NI official documentation requirements.

• Power Requirements:

• Ensure the power supply meets the chassis specifications.

• Cooling:

• Ensure sufficient ventilation around the chassis for proper cooling.

• Electrostatic Discharge (ESD):

• Take ESD precautions when handling the equipment.

Product Applications

• Automated Testing:

• Used for automated testing of various electronic devices.

• Aerospace Testing:

• Used for testing and measurement of aerospace equipment.

• Automotive Testing:

• Used for testing automotive electronic devices.

• Communications Testing:

• Used for testing communication equipment.

• Data Acquisition:

• Used in high-speed data acquisition systems.