NI PXIE-5105 PXI oscilloscope

Description

The PXIE-5105 is a high-density PXI oscilloscope with a variety of advanced features and a wide range of application scenarios. The following is a detailed description of it:

1. Product characteristics
High density synchronous sampling:
Multi-channel synchronization: The PXIE-5105 offers eight simultaneous sampling channels, which means it can capture and record multiple signals simultaneously, making it useful for multi-channel applications.
Timing consistency: Ensures timing consistency between data, which is particularly important for measurements that require precise time dependencies.
High sampling rate and bandwidth:
Sampling rate: Real-time sampling rate up to 60MS/s, can capture high-speed signals.
Bandwidth: Analog bandwidth is 60MHz, which can accurately capture wide-band signals.
Flexible signal Settings:
Flexible coupling, impedance, voltage range and filter Settings are provided, and users can adjust these parameters as needed to suit different types of signals.
Multiple trigger modes:
Users can capture specific signal events according to different trigger conditions to improve the accuracy and precision of measurement.
Advanced PXI synchronization and data streaming capabilities:
Support for advanced PXI synchronization and data streaming capabilities to help achieve accurate synchronization and data transfer in multi-device systems.
High vertical resolution:
With a vertical resolution of 12 bits, the input signal can be finely quantified to capture even smaller signal changes.
Mass storage:
Up to 512MB of on-board memory ensures that data can be collected over long periods of time without real-time processing or transmission.
Modularity and scalability:
It can be used in combination with other PXIE-5105 digitizers for high channel count applications, providing great flexibility for large test systems or multi-point monitoring projects.
Second, application scenarios
The PXIE-5105 is suitable for a variety of application scenarios, including but not limited to:

Ultrasonic non-destructive testing (NDT) : Use its high precision and high resolution characteristics to detect defects inside materials.
Medical imaging: In the medical field, it can be used to capture and analyze bioelectrical signals to assist doctors in making diagnoses.
Scientific research: In the fields of physics, chemistry, biology and other scientific research, it can be used for signal analysis and data acquisition.
Military/Aviation: In the military and aviation fields, it can be used for signal monitoring and troubleshooting of complex systems.
Consumer electronics: In consumer electronics product development and testing, it can be used for performance testing and fault analysis.