PXIe-1095

The PXIe-1095 features a high-bandwidth backplane and up to 82 W of power and cooling in every slot to meet a wide range of high-performance test and measurement application needs. The chassis incorporates two hot-swappable power supplies to improve the mean time to repair (MTTR) of the PXI system; it also offers a Timing and Synchronization option that includes a built-in oven-controlled crystal oscillator (OCXO) for increased clock accuracy and external clock and trigger routing. It accepts PXI Express modules in every slot and supports standard PXI hybrid-compatible modules in up to five slots.

Part Number(s): 783882-01 | 785971-01

Key Applications

1. Automated Test Systems (ATE)
PXIe-1095 is commonly used to build automated test equipment for validating electronic components, PCBs, and complete systems. Its high data throughput and multi-slot architecture allow parallel testing, improving efficiency and reducing test time.

2. Data Acquisition and Monitoring
Engineers use PXIe-1095 for high-speed, multi-channel data acquisition in applications such as structural monitoring, energy systems, and industrial process control. It supports precise synchronization across multiple measurement modules.

3. RF and Wireless Testing
The chassis is suitable for RF test systems, including 5G, IoT, and wireless communication validation. It integrates seamlessly with RF modules to perform signal generation, analysis, and protocol testing.

4. Aerospace and Defense Testing
In aerospace and defense, PXIe-1095 is used for hardware-in-the-loop (HIL) simulation, avionics testing, and radar system validation, where deterministic timing and reliability are critical.

5. Semiconductor Test and Validation
It is applied in semiconductor production and R&D for parametric testing, functional verification, and characterization of chips and integrated circuits.

6. Research and Development (R&D)
Universities and research labs utilize PXIe-1095 for advanced experiments requiring high-speed data processing, precise timing, and flexible system configuration.