DIGITAL CORRELATOR FOR A RECEPTOR OF SIGNALS FROM SATELLITE RADIO-NAVIGATION SYSTEMS

The invention relates to the field of radio navigation and solves the problem of complex use of one processor both for positioning and communication due to the fact that the device is additionally provided with a first and a second decision making units whose control inputs and outputs are connected through respective buses to a data exchange unit; the first and second signal inputs of the first decision making unit are connected, respectively, to the outputs of the second and third storage units, the first and second signal inputs of the second decision making unit are connected, respectively, to the outputs of the first and the fourth storage units, each of the decision making units comprising the first and the second modulus determining devices which form, respectively, the first and the second signal inputs of the decision making unit; an adder whose inputs are connected to the outputs of the modulus determining devices; a register of thresholds whose input is a control input of the decision making unit; the first, the second and the third threshold devices whose signal inputs are connected, respectively, to the output of the adder and to the outputs of the first and second modulus determining devices, the reference input of the first threshold device being connected to the first output of the register of thresholds; the reference inputs of the second and third threshold devices are connected to the second output of the register of thresholds; the outputs of threshold devices are connected through an "OR" circuit to the input of a detection signal shaper whose output is an output of the decision making unit (3).