Description
The product with part numbers 196150B-02L, 779748-01, 779748-02 falls under the category of PXI DSA and is designated as model PXI-4496. This model is equipped with 16 channels, making it suitable for a variety of data acquisition tasks. The input type for this device is specified as 24-bit, offering high-resolution data capture.
For signal conditioning, it utilizes IEPE constant current technology, ensuring compatibility with a wide range of sensors and transducers. The PXI-4496 boasts an impressive dynamic range up to 114 dB, allowing it to accurately capture both high and low amplitude signals without distortion.
With a sampling rate of up to 204.8 kS/s, this device is capable of handling fast transient signals, making it ideal for dynamic measurements. The A/D conversion process is based on delta-sigma modulation, known for its high fidelity and noise suppression capabilities.
To further enhance signal integrity, the PXI-4496 is equipped with both analog and digital antialiasing filters. This dual filtering approach ensures that only the desired signal frequencies are sampled, significantly reducing the potential for aliasing artifacts.
| Specification | Detail |
|---|---|
| Part Number | 196150B-02L, 779748-01, 779748-02 |
| Category | PXI DSA |
| Model | PXI-4496 |
| Channels | 16 |
| Input Type | 24-bit |
| Signal Conditioning | IEPE constant current |
| Dynamic Range | Up to 114 dB |
| Sampling Rate | Up to 204.8 kS/s |
| A/D Conversion | Delta-sigma modulation |
| Antialiasing Filters | Analog and Digital |
Question 1: How many channels does the PXI-4496 have?
Answer 1: The PXI-4496 has 16 channels.
Question 2: What is the input type for the PXI-4496?
Answer 2: The PXI-4496 uses a 24-bit input.
Question 3: What signal conditioning does PXI-4496 use?
Answer 3: It uses IEPE constant current technology.
Question 4: What is the dynamic range of the PXI-4496?
Answer 4: It has a dynamic range up to 114 dB.
Question 5: What is the sampling rate of the PXI-4496?
Answer 5: The sample rate is up to 204.8 kS/s.




