PXIe-5110

The PXIe-5110 oscilloscope has two channels that sample up to 1 GS/s with flexible and programmable settings for coupling, input impedance, voltage range, and filtering. PXI Oscilloscopes also feature a number of triggering modes, deep onboard memory, and an instrument driver that facilitates high-speed data throughput and includes analysis functions. This device is ideal for automated and partially automated applications that require flexible measurement configurations and up to 10 MHz of analog bandwidth. The PXIe-511 also features advanced PXI synchronization and data throughput capabilities. Some options also support CableSense™ technology, which can detect and locate signal path faults, changes, or discontinuities.

Part Number(s): 785767-01 | 785768-01 | 785767-11 | 785768-11

Applications and Use Cases of PXIe-5110

The PXIe-5110 High-Speed Digitizer is a high-speed digitizer for PXI Express systems, designed for basic to mid-level waveform acquisition and signal analysis. It provides reliable sampling performance and flexible measurement capability, making it suitable for a wide range of general-purpose applications.

1. General Signal Acquisition
PXIe-5110 is used to capture analog waveforms and transient signals for basic signal analysis and monitoring applications.

2. Communication Signal Analysis
It is applied in communication systems to evaluate signal integrity, timing behavior, and basic modulation characteristics.

3. Semiconductor & Electronic Testing
The module supports testing and validation of ICs and electronic components through waveform measurement.

4. Power Electronics Measurement
PXIe-5110 captures voltage and current waveforms in power systems, helping analyze switching behavior and transient responses.

5. Automated Test Equipment (ATE)
Integrated into automated test systems, it provides consistent waveform acquisition for production and validation testing.

6. Research & Educational Applications
Widely used in laboratories and educational environments for waveform analysis, circuit validation, and experiments.

7. Fault Detection & Debugging
Engineers use the module to identify signal anomalies and timing issues for troubleshooting and system optimization.