PXIe-5163

The PXIe‑5163 high-resolution oscilloscope has two channels that sample at 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 time- and frequency-domain applications that require high-resolution, low-noise measurements with up to 20 MHz of analog bandwidth and up to 25 V. The PXIe‑5163 also features advanced PXI synchronization and data throughput capabilities.

Part Number(s): 785182-01

Applications and Use Cases of PXIe-5163

The PXIe-5163 High-Speed Digitizer is a high-speed digitizer for PXI Express systems, designed for high-bandwidth waveform acquisition and precise signal analysis. It is ideal for applications that require fast sampling rates, wide bandwidth, and accurate timing performance.

1. High-Speed Signal Acquisition
PXIe-5163 captures high-frequency and fast transient signals with high sampling rates, making it suitable for detailed waveform analysis in demanding applications.

2. Communication & RF Signal Analysis
It is used to analyze communication signals, including modulation behavior, signal integrity, and timing characteristics in high-speed digital and RF systems.

3. Semiconductor & Mixed-Signal Testing
The module supports validation and testing of ICs, ADC/DACs, and mixed-signal devices by capturing precise analog waveforms.

4. Power Electronics & Switching Analysis
PXIe-5163 measures voltage and current waveforms in power systems, enabling analysis of switching behavior, ripple, and transient responses.

5. Automated Test Equipment (ATE)
Integrated into ATE systems, it provides high-speed waveform acquisition for repeatable and efficient production testing.

6. Research & Advanced Measurement
Widely used in laboratories for high-speed data acquisition, signal characterization, and experimental validation.

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