Description
The NI USB-7855R is part of the PC-based R Series and is identified by part numbers 782915-02 and 782915-01. This device is a Multifunction I/O Reconfigurable Device designed for advanced data acquisition and digital I/O with reconfigurability. The core of the USB-7855R is the powerful Kintex-7 70T FPGA, making it a versatile tool for a wide range of applications.
It offers individual lines or ports configuration, allowing for customized setups to meet specific project needs. The device supports free sampling rates, providing flexibility in data collection speeds, and includes Wait on Rising Edge method support, enhancing its utility in digital signal processing.
Applications of the USB-7855R are extensive and include high and low frequency signal acquisition as well as multi-functional digital operations. This makes the device an essential tool for engineers and researchers working in fields that require precise and adaptable data collection and analysis capabilities.
| Specification | Details |
|---|---|
| Part Numbers | 782915-02, 782915-01 |
| Category | PC-based R Series |
| Model | USB-7855 |
| Description | NI USB-7855R – R Series Multifunction RIO with Kintex-7 70T FPGA |
| Type | Multifunction I/O Reconfigurable Device |
| Functionality | Digital I/O, Advanced Data Acquisition, Reconfigurability |
| Features | Individual lines or ports configuration, Free sampling rates, Wait on Rising Edge method support |
| Applications | High and low frequency signal acquisition, Multi-functional digital operations |
Question 1: What is the part number for the NI USB-7855R?
Answer 1: Part numbers are 782915-02 and 782915-01.
Question 2: What FPGA does the USB-7855R use?
Answer 2: It uses the Kintex-7 70T FPGA.
Question 3: Can the USB-7855R configure individual lines or ports?
Answer 3: Yes, it allows for individual lines or ports configuration.
Question 4: Does the USB-7855R support free sampling rates?
Answer 4: Yes, it supports flexible data collection speeds.
Question 5: What applications is the USB-7855R suitable for?
Answer 5: Suitable for high/low frequency acquisition and digital operations.
