On-Demand Webinar:

Techniques for Validating Electronic RADAR System

In designing modern radar systems, you will face significant challenges. To succeed, you need capable tools for the generation and analysis of extremely complex pulse patterns and you need to validate designs with advanced scanning methodologies – tools that can handle complex radar baseband, IF and RF signals, as well as, identifying multi-system interference.

We will examine approaches for RADAR performance validation using the Tektronix Real-Time Spectrum Analyzer and Arbitrary Waveform Generator:

  • Quickly discover the true RF Signature of RADAR using real-time spectrum analysis.
  • Verify coordinated techniques in both the time domain and frequency domain simultaneously.
  • Quickly observe/analyze multi-domain characteristics of RADAR while streaming to disk.
  • Use Advanced Triggers to pinpoint signals of interest in a crowded spectrum.
  • Trigger, capture, and store in real time all unique signals of interest due to mode changes in radar and unintentional interferers.
  • Stream IQ Data at up to 800MB/sec up to 165 MHz real-time bandwidth for continuous deep memory capture.
  • Increase probability of intercept across wideband captures.

Register to watch

Presenter

Tan Wei Xiang

Tan Wei Xiang

Regional Application Engineer

As Regional Application Engineer, Wei Xiang is responsible for the RF signal analysis and midrange oscilloscopes covering a wide range of applications from IoT to serial communications.

Wei Xiang was previously an Electromagnetic Compatibility Engineer with ST Electronics. He has working expertise in EMC testing, EMC diagnostic, interference hunting, radiation hazard testing and project management.

Wei Xiang received his Bachelor’s degree (Hons) in Electrical Engineering from National University of Singapore.