Low probability of intercept: Difference between revisions
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'''Low probability of intercept''' electromagnetic emitters, such as [[radio]] and [[radar]] transmitters, use a number of mechanisms to minimize the probability they will be detected by [[electronic intelligence]] sensors, and, if detected, precisely located. | '''Low probability of intercept''' electromagnetic emitters, such as [[radio]] and [[radar]] transmitters, use a number of mechanisms to minimize the probability they will be detected by [[electronic intelligence]] sensors, and, if detected, precisely located. | ||
Latest revision as of 10:44, 8 April 2024
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Low probability of intercept electromagnetic emitters, such as radio and radar transmitters, use a number of mechanisms to minimize the probability they will be detected by electronic intelligence sensors, and, if detected, precisely located. Methods to do this include:
Another approach to the same problem is to keep high-energy radio or radar transitter completely separate from the tactical platform in harm's way, sending the processed information via laser, satellite radio coming from angles outside the field of potential interception, or, with ground platforms, separating the transmitter and user by a long cable. |