Radar Systems Engineering Lecture 17 Transmitters …

IEEE New Hampshire SectionRadar Systems Course 1 XMTR & RCVR 1/1/2010 IEEE AES SocietyRadar Systems Engineering Lecture 17 Transmitters & ReceiversDr. Robert M. O DonnellIEEE New Hampshire SectionGuest Lecturer Radar Systems Course 2 XMTR & RCVR 1/1/2010 IEEE New Hampshire SectionIEEE AES SocietyPulseCompressionReceiverClutter Rejection( doppler Filtering)A / DConverterBlock Diagram of Radar SystemAntennaPropagationMediumTargetRada rCrossSectionTransmitterGeneral Purpose ComputerTrackingDataRecordingParameterEs timation WaveformGenerationDetectionPowerAmplifie rT / RSwitchSignal Processor ComputerThresholdingUser Displays and Radar ControlPhoto ImageCourtesy of US Air ForceThis Lecture will cover all of the subsystems in the red dashed boxRadar Systems Course 3 XMTR & RCVR 1/1/2010 IEEE New Hampshire SectionIEEE AES SocietyRadar Range Equation Revisited Parameters Affected by Transmitter/Receiver Radar range equation for search (S/N = signal to noise ratio)

Radar Systems Course 2 XMTR & RCVR 1/1/2010 IEEE New Hampshire Section IEEE AES Society Pulse. Compression. Receiver. Clutter Rejection (Doppler Filtering)

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