Description
The PXIe-4480 is designated with part numbers 158215D-01L / 784277-01 and falls under the category of PXI DSA. This model is capable of achieving a maximum sample rate of 1.25 MS/s, with an even higher capability in High-Speed Time Domain Mode, reaching up to 20 MS/s per channel. It can accurately measure frequencies starting as low as 3.4 Hz.
This equipment comes with a variety of features including AC/DC Coupling, Load Estimation, Voltage Excitation, IEPE Excitation, and TEDS Support, enhancing its versatility in a wide range of applications. It is particularly suited for Audio Testing, Acoustic Measurements, Environmental Noise Testing, Vibration Analysis, NVH Measurements, High Speed Impact and Pressure Events, and Underwater Transient Acoustic Measurements.
The input configuration of the PXIe-4480 supports both Pseudo-Differential and Differential modes, allowing for flexible connection options to suit various testing requirements and environments.
| Specification | Detail |
|---|---|
| Part Number | 158215D-01L / 784277-01 |
| Category | PXI DSA |
| Model | PXIe-4480 |
| Maximum Sample Rate | 1.25 MS/s |
| High-Speed Time Domain Mode Sample Rate Per Channel | Up to 20 MS/s |
| Minimum Frequency | 3.4 Hz |
| Features | AC/DC Coupling, Load Estimation, Voltage Excitation, IEPE Excitation, TEDS Support |
| Applications | Audio Testing, Acoustic Measurements, Environmental Noise Testing, Vibration Analysis, NVH Measurements, High Speed Impact and Pressure Events, Underwater Transient Acoustic Measurements |
| Input Configuration | Pseudo-Differential, Differential |
Question 1: What is the max sample rate of the PXIe-4480?
Answer 1: 1.25 MS/s, up to 20 MS/s in High-Speed Mode.
Question 2: What types of coupling does the PXIe-4480 support?
Answer 2: AC/DC Coupling.
Question 3: What is the lowest frequency the PXIe-4480 can measure?
Answer 3: 3.4 Hz.
Question 4: Does the PXIe-4480 support TEDS?
Answer 4: Yes, it supports TEDS.
Question 5: What input modes does the PXIe-4480 support?
Answer 5: Pseudo-Differential and Differential.



