PXIe-1073

Product Description

The National Instruments PXIe-1073 PXI Chassis is a robust AC PXI Chassis designed for various applications, with part numbers 781161-01, 781163-01, and 196695B-01. It features five peripheral slots, including two dedicated PXIe slots and three hybrid slots, catering to a range of I/O modules and providing flexibility in system configuration.

This chassis is equipped with an x1 MXI-Express interface for high-speed connectivity, ensuring a sustained throughput of up to 208 MB/s, making it ideal for demanding applications that require reliable data transfer rates. The chassis also includes a convenient On/Standby momentary power switch for easy operation.

The precision of the reference clock is admirable, with an accuracy of ±25 parts per million (ppm), and it boasts impressively low jitter (less than 5 ps) and a maximum slot-to-slot skew of only 250 ps, ensuring synchronized operation of modules within the system. However, it should be noted that this model does not offer a system timing slot for importing or exporting clocks and triggers.

With its AUTO/HIGH fan-speed selector, the PXIe-1073 can optimize cooling or reduce acoustic emissions according to user preference. The chassis supports up to 250 MB/s per-slot dedicated bandwidth (x1 PCI Express), a total system bandwidth of 250 MB/s, and maintains a low acoustic noise level, with levels as quiet as 43.3 dBA.

Q1: What are the key features and limitations of the National Instruments PXIe-1073 PXI Chassis, and how do they impact its performance and application in high-speed data transfer environments?
A1: The National Instruments PXIe-1073 PXI Chassis features an AUTO/HIGH fan-speed selector that allows users to optimize the cooling efficiency or reduce acoustic emissions based on their preference, and it maintains a low acoustic noise level with quiet operation, measuring as low as 43.3 dBA.

Q2: What types of modules can be accommodated by the National Instruments PXIe-1073 PXI Chassis’s five peripheral slots, which include PXIe and hybrid slots, and how does its reference clock precision contribute to the synchronization of these modules?
A2: The accuracy of the reference clock in the National Instruments PXIe-1073 PXI Chassis is ±25 parts per million (ppm), and this model does not include a system timing slot for clock and trigger management.

Q3: What are the capabilities and limitations of the National Instruments PXIe-1073 PXI Chassis in terms of its slots, connectivity speed, clock precision, and system timing?
A3: The National Instruments PXIe-1073 PXI Chassis offers five peripheral slots, which include two PXIe slots and three hybrid slots, along with an x1 MXI-Express interface that enables sustained throughput up to 208 MB/s. It features a reference clock with an accuracy of ±25 ppm, low jitter under 5 ps, and a maximum slot-to-slot skew of 250 ps, ensuring precise synchronized operation. However, it lacks a system timing slot, which limits its

Q4: What is the accuracy of the reference clock in the National Instruments PXIe-1073 PXI Chassis, and does this model include a system timing slot for clock and trigger management?
A4: The National Instruments PXIe-1073 PXI Chassis boasts key features such as five peripheral slots with two PXIe slots and three hybrid slots for flexibility, an x1 MXI-Express interface for sustained throughput of up to 208 MB/s, precise reference clock accuracy of ±25 ppm with low jitter under 5 ps, and a low slot-to-slot skew of 250 ps for synchronized module operation, coupled with an AUTO/HIGH fan-speed selector for cooling efficiency and low acoustic

Q5: What are the characteristics of the National Instruments PXIe-1073 PXI Chassis’ cooling system, and how does it balance cooling efficiency with noise levels?
A5: The National Instruments PXIe-1073 PXI Chassis can accommodate a variety of modules in its five peripheral slots, including two PXI Express modules and a mix of PXI, PXI Express, CompactPCI, and CompactPCI Express modules in its three hybrid slots; the chassis’s reference clock precision, with an accuracy of ±25 ppm and low jitter of less than 5 ps, contributes significantly to the synchronization of these modules by ensuring minimal timing discrepancies and a maximum slot-to-slot skew