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Range Relationships

Range Relationships

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Bistatic Radar — Recommend this title to your library

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The bistatic range equation is similar in form to the monostatic range equation and is derived in a similar process. The principal-and obvious-difference in the equations is that RTRR replaces R2 M, where RT is the bistatic transmitter-to-target range, RR is the bistatic receiver-to-target range, and RM is the monostatic transmitter-and receiver-to-target range. This simple difference causes significant differences in monostatic and bistatic radar operation. One major difference is that bistatic thermal noise-limited detection contours are defined by ovals of Cassini, rather than by circles for the simplest monostatic case. These ovals are particularly useful in defining regions where the bistatic radar can operate.

Chapter Contents:

  • 4.1 Range Equation
  • 4.2 Pattern Propagation Factors
  • 4.3 Ovals of Cassini
  • 4.4 Operating Regions
  • 4.5 Target Path Dynamic Range
  • 4.6 Isorange Ellipsoids, Isorange Contours, and Range Cells
  • 4.7 Operating Limits and Instantaneous S/N Dynamic Range
  • 4.7.1 Operating Limits
  • 4.7.2 Instantaneous S/N Dynamic Range

Inspec keywords: target tracking; radar tracking; thermal noise; radar receivers; radar transmitters

Other keywords: monostatic receiver-to-target range; monostatic radar operation; monostatic transmitter-to-target range; principal-difference; bistatic radar operation; bistatic receiver-to-target range; bistatic transmitter-to-target range; bistatic thermal noise-limited detection contour; obvious-difference; range relationships; bistatic range equation

Subjects: Signal processing and detection; Radar equipment, systems and applications

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