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Product News: Electrical Equipment & Systems
R&S SMW200A Vector Signal Generator comes with optional signal path.
Press Release Summary:
Dec 14, 2017 -
R&S SMW200A Vector Signal Generator support classical pulsed signals and I/Q modulated signals. Unit is used to generate high pulse rates up to 1 Mpulse/s and can test radar receivers at high pulse rates. Product is equipped with the R&S SMW-K503 realtime control interface software option. R&S SMW200A features two independent paths which are used for testing DUTs with several channels or generating radar signals.
Original Press Release
Vector Signal Generator from Rohde & Schwarz Achieves Extremely High Pulse Rates in PDW Streaming Applications
Press release date: Dec 13, 2017
Rohde & Schwarz introduces a new realtime control interface software option for simulated radar scenarios based on pulse descriptor word (PDW) streaming. The radar scenario simulator streams the PDWs to the R&S SMW200A vector signal generator directly via LAN. Equipped with the new software option, the vector signal generator processes these signals to simulate highly agile and dense radar signal environments. The R&S SMW200 acts as an agile signal source that generates the highest pulse rates with superior RF performance. It supports both classical pulsed signals and any I/Q modulated signals. This solution is especially well suited for extremely long-duration tests of radar receivers.
To cope with today’s demanding radar signal simulations, ultralong playtimes are needed in order to simulate realistic radar environments. Pulse sequences are calculated pulse by pulse and streamed as PDWs to an RF signal source. This avoids long calculation times and saves memory space in the signal generator. The R&S SMW200A is able to generate extremely high pulse rates (up to 1 Mpulse/s), as required for simulating dense signal scenarios and complex radar environments.
Users can connect their PDW-based radar scenario simulators directly to the vector signal generator via LAN. The R&S SMW-K503 software option allows easy, fast and cost-effective integration of the R&S SMW200A as a signal source in state-of-the-art radar simulation environments.
Testing radar receivers at extremely high pulse rates
With its extremely high processing speed of up to 1 MPDW/s, the R&S SMW200A enables testing of radar receivers at extremely high pulse rates. Customers additionally benefit from the signal generator's excellent RF performance.
Single-box solution with dual RF channel concept
With an optional integrated second signal path, frequently needed additional interfering signals, such as adjacent communications signals, can be implemented quickly and easily in the single-box solution. The R&S SMW200A with two independent paths is the ideal solution for testing DUTs with several channels or generating radar signals in two different frequency bands. Each path can receive PDWs independently via LAN and output them on the same frequency or different frequencies. Multiple channels can be coupled phase-coherent for simulating different angles of arrival (AoA). The R&S SMW200A dual RF channel concept also significantly simplifies the setup and saves space.
The R&S SMW200A equipped with the R&S SMW-K503 realtime control interface software option is a unique ultracompact signal generator solution for PDW-controlled generation of radar signals. The new software option is now available from Rohde & Schwarz. For more information, visit: www.rohde-schwarz.com/ad/press/smw200a
Rohde & Schwarz
The Rohde & Schwarz electronics group offers innovative solutions in all fields of wireless communications as well as in IT security. Founded more than 80 years ago, the independent company has an extensive sales and service network with subsidiaries and representatives in more than 70 countries. On June 30, 2016, Rohde & Schwarz had approximately 10,000 employees. The group achieved a net revenue of approximately EUR 1.92 billion in the 2015/2016 fiscal year (July to June). The company is headquartered in Munich, Germany, and also has strong regional hubs in Asia and the USA.
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