Jammer testing

Jammer testing

Validating the performance of advanced smart jammer designs

Smart jammers, commonly referred to as deceptive jammers or digital radio frequency memory (DRFM) jammers, based on their technology, are widely used by the defense industry in electronic attack and defense suites to deceive hostile radars and protect friendly assets. Test and measurement solutions from Rohde & Schwarz address all challenges during the design phase, system performance validation and production process. The DRFM technique involves sampling the RF signal, digitally storing and recreating the signal while modifying some or all of the signal parameters based on the desired deception technique.

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Webinar: Smart Jammer / DRFM Testing

Webinar: Deceptive jammer / DRFM testing

Test and measurement solutions for the next level

DRFM jammer has become a highly complex key element of the EA suite. It has evolved from a simple repeater with some fading capabilities to a complex electronic attack asset. Some of the more critical tests are verifying proper operation and timing of the deception techniques on the system level, qualifying the individual components, submodules and modules at the RF/IF level, and last but not least making sure that clock jitter and power integrity are addressed early at the design stage.

For all these requirements, Rohde & Schwarz offers cutting edge test and measurement solutions. The webinar introduces the concept of Digital RF Memory Jammers, describes their technology and the respective Test and Measurement challenges and solutions from Rohde & Schwarz.

Webinar: On demand
Duration: 30 minutes

Who should Attend: Design and development engineers, RF engineers, technology specialists, laboratory managers and supervisors, professionals involved in Electronic Warfare technology development and production.

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NEXT GENERATION JAMMER TESTING

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Ultra-wideband signal analysis and systems performance evaluation.

Read our latest article on the test challenges for advanced and integrated jammer designs.

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