FIELD: physics.
SUBSTANCE: apparatus has a central processing unit with two ports, a display device, an angular position sensor, a master controller with five ports, a digital radio signal generator, a clock signal generator, a beat signal processing device, a correcting filter, an m-channel radio signal adder, an m-channel radio signal splitter, m transceiving modules having a receiving and a transmitting channel, as well as a splitter which splits the radio signal into two channels.
EFFECT: simple process adjustment, low cost during serial production, high power rating of the emitted signal where operation of the radar station is not disrupted due to overloading of the receiving channel, and wider dynamic range of amplitude values of reflected signals in which operating capacity of the radar station is maintained.
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