Description
The technical specifications for the NI-5791 model, part number 782510-01, highlight its prominence in the Reconfigurable FPGA IF Transceivers category. This device is designed for seamless compatibility with National Instruments PXIe-796xR FPGA modules, ensuring a high level of integration and functionality for users in need of advanced data acquisition and signal processing capabilities.
The NI-5791 features a 2-channel ADC with a 14-bit resolution, offering precise data conversion at a sampling rate of up to 130 MS/s. This provides users with the ability to capture high-fidelity signals for a wide range of applications. The device’s RF range extends from 0.2 GHz to 4.4 GHz, allowing for versatile signal processing across a broad spectrum.
Incorporating CLIP Technology, the NI-5791 ensures users can leverage custom logic directly in the FPGA, enhancing the transceiver’s adaptability and performance. The module also supports LO Sharing through dedicated LO input/output connectors, facilitating synchronized operation among multiple devices. The inclusion of programmable attenuators adds another layer of control, enabling users to manage signal strength dynamically.
The NI-5791 is equipped with selectable receiving/transmitting filters, offering further customization for signal processing. Connectivity is robust, featuring connectors such as RX IN, AUX I/O, CLK IN, LO OUT, LO IN, CLK OUT, TX OUT (50 Ω SMA), ensuring comprehensive interfacing options for various setup configurations. For access to PFI and DIO, the module requires an SHH19-H19-AUX cable (Part Numbers: 152629-01 or 152629-02).
Additionally, the NI-5791 supports HDL IP integration, providing users with the flexibility to incorporate high-level data processing and control algorithms directly into the FPGA, maximizing the transceiver’s utility and performance in sophisticated signal processing and data acquisition systems.
Question 1: What is the ADC resolution of NI-5791?
Answer 1: 14-bit
Question 2: What frequency range does the NI-5791 cover?
Answer 2: 0.2 GHz to 4.4 GHz
Question 3: What is the maximum sampling rate of NI-5791?
Answer 3: 130 MS/s
Question 4: Can NI-5791 integrate HDL IP?
Answer 4: Yes
Question 5: What cable is needed for PFI and DIO with NI-5791?
Answer 5: SHH19-H19-AUX cable


