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ERES/ERPSSemi physical simulation system for radar countermeasure against complex electromagnetic environment



EPRS/ERESAs a general radar and ECM radar interference simulation platform, it simulates multiple radar radiation signals and electronic interference in a certain area under laboratory conditions, constructs a complex and dense dynamic transformation electromagnetic environment, and is used to assess the adaptability and anti-interference performance of the tested radar system in complex electromagnetic environments. The system can be connected to the device under test through cables or antenna arrays in a microwave anechoic chamber.
The system utilizes the latest digital signal processing technology,DRFM, FPGAAlgorithm,AWGandDDSTechnology. Capable of accurately generating complex and high-density electromagnetic environment signal groups, each signal containing rapidly time-varying frequency, amplitude, phase, and other information for simulating complex radar and interference waveforms
The entire system can simulate a real electromagnetic environment for electronic warfare equipment verification, radar performance evaluation, and radarECCMperformance study/Applications such as evaluation and radar operator training.
- The system can simulate different radar systems through programming, including but not limited to tracking and searching radars, guidance heads,PDRadar, fire control radar, etc
- Option supportSAR/ISARRadar and scattering characteristic target simulation
- The system can simulate different systems through programmingECMInterference systems, including but not limited to the latest cross eye, multiple false targets, towed active radar decoys, reverse gain, intelligent noise, and other systems of interference signals
- The system supports the simulation of various clutter signals
- The system supports configuring specific radarsHardware-in-LoopThe testing environment
- System operating frequency coverage400MHz~40GHzMaximum instantaneous bandwidth1000MHzThe agile frequency conversion time is less than1us
- The system supports flexible configuration of the number of radar and interference channels
- The system has a user-friendly interface, making it convenient for customers to complete various programming tasks
ERES/ERPSSemi physical simulation system for radar countermeasure against complex electromagnetic environment



EPRS/ERESAs a general radar and ECM radar interference simulation platform, it simulates multiple radar radiation signals and electronic interference in a certain area under laboratory conditions, constructs a complex and dense dynamic transformation electromagnetic environment, and is used to assess the adaptability and anti-interference performance of the tested radar system in complex electromagnetic environments. The system can be connected to the device under test through cables or antenna arrays in a microwave anechoic chamber.
The system utilizes the latest digital signal processing technology,DRFM, FPGAAlgorithm,AWGandDDSTechnology. Capable of accurately generating complex and high-density electromagnetic environment signal groups, each signal containing rapidly time-varying frequency, amplitude, phase, and other information for simulating complex radar and interference waveforms
The entire system can simulate a real electromagnetic environment for electronic warfare equipment verification, radar performance evaluation, and radarECCMperformance study/Applications such as evaluation and radar operator training.
- The system can simulate different radar systems through programming, including but not limited to tracking and searching radars, guidance heads,PDRadar, fire control radar, etc
- Option supportSAR/ISARRadar and scattering characteristic target simulation
- The system can simulate different systems through programmingECMInterference systems, including but not limited to the latest cross eye, multiple false targets, towed active radar decoys, reverse gain, intelligent noise, and other systems of interference signals
- The system supports the simulation of various clutter signals
- The system supports configuring specific radarsHardware-in-LoopThe testing environment
- System operating frequency coverage400MHz~40GHzMaximum instantaneous bandwidth1000MHzThe agile frequency conversion time is less than1us
- The system supports flexible configuration of the number of radar and interference channels
- The system has a user-friendly interface, making it convenient for customers to complete various programming tasks
