"The greatest range targets will return from before the next pulse is transmitted" is the definition of which of the following terms?

"The greatest range targets will return from before the next pulse is transmitted" is the definition of which of the following terms?

• A. Range Definition
• B. Maximum Unambiguous Range
• C. Maximum Detection Range
• D. Range Resolution

Answer: (B)

The phrase "The greatest range targets will return from before the next pulse is transmitted" pertains to the concept of Maximum Unambiguous Range. This term refers to the farthest distance a radar system can detect a target without ambiguity in the return signal. Essentially, it is the maximum distance from which a radar pulse can return before the next pulse is sent out, ensuring that the system can accurately measure the time it takes for the pulse to travel to the target and back without confusion with echoes from different pulses. In radar systems, when a pulse is transmitted, it takes a certain amount of time to hit a target and return. If a target is too far away and its return signal does not arrive before the next pulse is sent, the radar will not be able to correctly interpret the time delay and will mistakenly identify the target range. The Maximum Unambiguous Range is crucial for maintaining the integrity of the radar readings and ensuring that all detected targets are accurately placed in terms of their distance from the radar source.

The phrase "The greatest range targets will return from before the next pulse is transmitted" pertains to the concept of Maximum Unambiguous Range. This term refers to the farthest distance a radar system can detect a target without ambiguity in the return signal. Essentially, it is the maximum distance from which a radar pulse can return before the next pulse is sent out, ensuring that the system can accurately measure the time it takes for the pulse to travel to the target and back without confusion with echoes from different pulses.

In radar systems, when a pulse is transmitted, it takes a certain amount of time to hit a target and return. If a target is too far away and its return signal does not arrive before the next pulse is sent, the radar will not be able to correctly interpret the time delay and will mistakenly identify the target range. The Maximum Unambiguous Range is crucial for maintaining the integrity of the radar readings and ensuring that all detected targets are accurately placed in terms of their distance from the radar source.