This presentation will provide an overview of the RADAR/Electronic Warfare test signal generation capabilities of the Rohde & Schwarz SMW200A. The overview will highligh the RF specifications, the PDW streaming capabilities, and the multi-port test system architecture consisting of multiple SMW200As.
This video will provide a demonstration of the fundamental functionality R&S Pulse Sequencer sotware. The demo will show the creation of a basic pulse sequence with a dedicated pulse width and pulse repetition interval.
This demonstration will show how to create a definition of an emitter with a dedicated pulse sequence, antenna pattern, and antenna scan.
This demonstration will show how to place moving emitters into a simulated environment in pulse sequencer. Multiple SMW200A basebands will be utilized to show how multiple emitters can be created without pulse dropping/prioritization.
This demonstration will show how to align multiple RF ports in phase, amplitude, and time across multiple RF ports. This ensures accurate angle-of-arrival emulation at the receiver input ports.
This video will provide a demonstration of a multi-port receiver scenario with multiple emitters in an environment. The RF port alignment from the previous demonstration will be deployed to ensure accurate AoA.
This demonstration will show how to stream PDWs to an SMW200A baseband. The demo will use MATLAB to stream PDWs from a basic table to the PDW interface.
This video will provide a demonstration will show how to stream PDWs in a real-time control loop to emulate multiple emitters. The project will utilize a Raspberry Pi controller to interleave and stream PDWs to multipple basebands.
This video will demonstrate another PDW streaming application meant to easily download on a PC running either Linux or Windows.