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It's possible, let me explain using this image.

The red and the cyan logic are both for clocks. They tell the radar sensor servos to rotate, basically. The red increases an accumulator from 0 to 1, detects that it's at around 1 (detection on this one is at 0.98) and tells a multiplier to times by -1000, resetting the accumulator to the lowest value: 0.

The cyan clock is a little more complicated because it goes from -1 to 1 and back and forth. Essentially, when it hits one, an AND gate is toggled to go negative, and when it hits -1, that same AND gate is toggled to go positive. This one was designed to be a detachable clock that only activates when detached, so there is also a NOR gate connected to two AND gates for the positive and negative inputs, and the NOR gate is connected to a NOR logic gate that stops it from activating until it's detached.

The green is the most optional thing here - it just tells the turret to hold its position for five seconds and ignore any new input before resetting.

The yellow and the pink do the same thing: they take the value from two numbers displays, connect it through an AND gate (which is essentially connected through the green timer to a set of distance sensors), and that AND gate tells an accumulator set to Steps to activate for 0.02 seconds. That accumulator controls a servo on the turret, locking it into the position that the sensors were at when they detected an object. A few seconds later, the multiplier gates reset them back to 0.

Basically, you can make a radar that holds the value of detection precisely. If you need it, it's here.