13 Results
Sebastian Kehl-Waas 1GP124 Development of modern EW systems is a complex and expensive process, that requires thorough testing against all requirements during all phases of development. To keep cost under control, system level testing in the lab is key and brings several advantages: test cases can be reproduced under the exact same conditions as often as necessary. System level testing in the lab is
Testing radar warning equipment in realistic scenarios is crucial to reliable field performance. This typically involved dedicated instruments or test systems. Commercial vector signal generators (VSG) such as the R&S®SMW200A from Rohde & Schwarz have become a very attractive alternative thanks to their increased available bandwidth and processing power. SMW200A, testing radar warning equipment, vector
With the R&S®Pulse Sequencer radar simulation software, users can easily and intuitively create scenarios for simulation of angle of arrival (AoA). Together with multiple coupled R&S®SMW200A vector signal generators, this solution allows quick and thorough performance characterization of all types of direction finding equipment such as devices that use amplitude comparison, interferometric or time
The R&S®Pulse Sequencer software together with the R&S®SMW200A vector signal generator offers a simple and easy way to simulate multi-emitter environments. It enables engineers to validate and verify the EW receiver performance. Pulse Sequencer software , SMW200A, SMW-K306, impulse modulation, Simulate many radar emitters for receiver tests Your task Radar warning receivers are a core part of early
The R&S®Pulse Sequencer software offers an easy way to simulate moving radar emitters and a moving receiver for EW receiver tests. The software together with the R&S®SMW200A vector signal generator is a powerful radar simulator. It enables engineers to generate highly dynamic 3D scenarios in the lab. Your task From slowly moving vessels to rapidly maneuvering airplanes, simulating moving radar emitters
The R&S ® Pulse Sequencer software offers an interface to import lists of pulse descriptor words (PDW). Users can define their specific PDW format in the software before importing the PDW list. The R&S ® Pulse Sequencer software automatically uploads the interpreted PDW lists on the R&S ® SMW200A to generate the most agile radar signals. Application Card, SMW200A, Pulse Sequencer software, The R&S®
The R&S ® Pulse Sequencer software offers a powerful mechanism to model sequences that are often required for meaningful radar receiver test cases. The sequences can consist of many individual elements, such as pulses defined by the software or imported waveform segments. The software’s powerful interpulse modulation mechanism gives the user full control of each single element. interpulse modulation
The R&S ® Pulse Sequencer software together with any Rohde & Schwarz vector signal generator offers an easy and convenient way to generate pulses. For the first time, one package helps you define all the test cases you need in the lab for your entire product development cycle. Test cases extend from simple pulse scenarios for initial component testing to complex 3D radar emitters for acceptance testing
To simulate radar scenarios with frequency and level agility with high pulse density and long playtime, engineers can take advantage of the real-time sequencing capability of the R&S ® SMW200A vector signal generator. SMW200A, vector signal generator, Radar scenario Innovative radar signal generation for scenarios with high pulse density Your task Before radar warning receivers can be deployed in a
Combining the R&S ® Pulse Sequencer software with one of the vector signal generators from Rohde & Schwarz is the perfect solution for defining and playing pulses. R&S Pulse Sequencer software Simplify pulse signal modeling with the R&S Pulse Sequencer software Your task Testing and verifying the performance of radar receivers and components is always an essential task for engineers during all stages
Steffen Heuel 1MA288 The need to properly represent the ever changing complexities of the RF environment across communications, surveillance, electronic support measures (ESM) and signal intelligence system (SIGINT) with the advances of signal complexity and bandwidth, requires an enormous test and measurement effort. Extensive field tests are often applied to verify the performance and capabilities
SMW200A, SMZ90, Pulse Sequencer software, vector signal generator, frequency multiplier, Automotive radar sensors, Testing automotive radars Testing automotive radars against norm interferers; The R&S ® Pulse Sequencer software simulates arbitrary RF environments and supports the generation of radar norm interferers to test automotive radars operating in the 24 GHz, 77 GHz and 79 GHz frequency band
The R&S ® SMW200A signal generator together with the R&S ® Pulse Sequencer software simplifies signal generation for multi-emitter environments. R&S SMW200A Simplify pulse and emitter generation for radar testing Your task For engineers and technical staff responsible for testing radar receivers, the challenge of creating meaningful signals to stimulate the receiver is always a complex, time-consuming
