improving tracking accuracy and reducing susceptibility to noise and clutter. Historical Background The development of monopulse radar began during World War II as a solution to the limitations of conical scannin
pulse radar systems are integral to missile guidance, aircraft targeting, and surveillance platforms, where precision and reliability are paramount. Civilian and Commercial Air traffic control radars, weather monitoring systems, and automotive radar solutions leverage monopulse tech
onopulse techniques heavily depends on antenna design. Common configurations include: Four-Feed Horn Arrays Uses four feed horns placed at the corners of a square or circular aperture. Produces four simulta
