USRP-2920

Description

The National Instruments USRP-2920 USRP Software-Defined Radio Device, with part number 781906-01, is designed for versatility and performance in the field of software-defined radio, supporting a wide RF frequency range from 50 MHz to 2.2 GHz and a RF bandwidth of 20 MHz. This device is equipped with a dedicated instrument driver and can be programmed using LabVIEW ADEs, enhancing user experience with a customizable approach to radio frequency communication.

Featuring an Ethernet bus connector for reliable communication, the USRP-2920 operates as a tunable radio frequency transceiver, incorporating high-speed ADC and DAC converters for efficient baseband streaming of ‘I’ and ‘Q’ signals to a host computer. It is specified with a transmitter gain step of 1.0 dB and a receiver gain step of 0.5 dB, ensuring precise signal amplification and reception.

In terms of power requirements, the USRP-2920 typically consumes between 12 to 15 Watts, with a maximum power consumption of 18 Watts. Additionally, it supports an external DC power supply rated at 3 A and 6 Volts. Users should note that the device operates optimally within a humidity range of 10 to 90% non-condensing, ensuring reliability and longevity in various environmental conditions.

Q1: What are the minimum and maximum power consumption levels for the National Instruments USRP-2920, and what is the rated voltage and current of its external DC power supply?
A1: The National Instruments USRP-2920 has a minimum power consumption of 12 Watts and a maximum power consumption of 18 Watts, with its external DC power supply rated at 6 Volts and 3 Amps.

Q2: What are the features and specifications of the National Instruments USRP-2920 Software-Defined Radio Device, particularly regarding its RF frequency range, bandwidth, programming compatibility, and power requirements?
A2: The National Instruments USRP-2920, part number 781906-01, is equipped with features such as a wide RF frequency range from 50 MHz to 2.2 GHz, an RF bandwidth of 20 MHz, Ethernet connectivity, high-speed ADC and DAC converters, and programmability with LabVIEW ADEs, which collectively enable effective performance in software-defined radio applications; its power requirements include a typical consumption of 12 to 15 Watts and a maximum of 18 Watts,

Q3: What programming environment is used to customize the National Instruments USRP-2920, and what are the specific gain steps for its transmitter and receiver?
A3: The National Instruments USRP-2920 Software-Defined Radio Device accommodates versatility in radio frequency communication and signal processing through its wide RF frequency range from 50 MHz to 2.2 GHz, 20 MHz RF bandwidth, programmability with LabVIEW ADEs, Ethernet connectivity for reliable data transfer, precise gain control with 1.0 dB transmitter gain steps and 0.5 dB receiver gain steps, and efficient baseband streaming with high-speed ADC and DAC converters.

Q4: Considering its specifications and features, how does the National Instruments USRP-2920 Software-Defined Radio Device accommodate versatility in radio frequency communication and signal processing?
A4: The National Instruments USRP-2920 Software-Defined Radio Device features a RF frequency range of 50 MHz to 2.2 GHz, an RF bandwidth of 20 MHz, can be programmed using LabVIEW ADEs, typically consumes 12 to 15 Watts of power with a maximum of 18 Watts, and supports an external DC power supply rated at 3 A and 6 Volts.

Q5: What specific features enable the National Instruments USRP-2920, part number 781906-01, to effectively perform in software-defined radio applications and what are its power requirements?
A5: The National Instruments USRP-2920 can be programmed using LabVIEW ADEs, and it features a transmitter gain step of 1.0 dB and a receiver gain step of 0.5 dB.