Rossi, M.; Liberati, R.M.; Frasca, M.; Angelini, M. Experimental Implementation of a Passive Millimeter-Wave Fast Sequential Lobing Radiometric Seeker Sensor. Aerospace2018, 5, 11.
Rossi, M.; Liberati, R.M.; Frasca, M.; Angelini, M. Experimental Implementation of a Passive Millimeter-Wave Fast Sequential Lobing Radiometric Seeker Sensor. Aerospace 2018, 5, 11.
Rossi, M.; Liberati, R.M.; Frasca, M.; Angelini, M. Experimental Implementation of a Passive Millimeter-Wave Fast Sequential Lobing Radiometric Seeker Sensor. Aerospace2018, 5, 11.
Rossi, M.; Liberati, R.M.; Frasca, M.; Angelini, M. Experimental Implementation of a Passive Millimeter-Wave Fast Sequential Lobing Radiometric Seeker Sensor. Aerospace 2018, 5, 11.
Abstract
The paper investigates the theory of operation of a passive millimeter-wave seeker sensor using fast electronic sequential-lobing technique and the experimental validation obtained through laboratory trials. The paper analyzes in detail the theoretical performance of a difference channel sensor and a pseudo-monopulse sensor deriving agile formulas for the estimation of target angular tracking accuracy and the subsequent experimental validation.
Keywords
millimeter-wave; radiometer; sequential lobing
Subject
Engineering, Electrical and Electronic Engineering
Copyright:
This is an open access article distributed under the Creative Commons Attribution License which permits unrestricted use, distribution, and reproduction in any medium, provided the original work is properly cited.
