The antenna receives microwave radiation (<10ˉ¹³W) from the examined organ as noise at microwave frequencies and the signal is amplified in the Internal Temperature Sensor (ITS).
The signal amplified in the ITS is transmitted to the Data Processing Unit (DPU), where it is processed.

The voltage from the Skin Temperature Sensor (STS) is transmitted to the DPU too. The skin temperature sensor is non-contact infrared frequencies receiver.

The Data processing unit produces a series of digital signals for interfacing with the PC.

The results of the investigated organ are shown on the monitor of the computer or printed as a thermogram and temperature field.

Thermal abnormality (i.e. a lower or higher temperature) is detected at a depth of, cm

3-7 (depending on water content and tissue type)

Accuracy of measuring the averaged internal temperature, when a temperature is 32...38 °C, °C

± 0.2

Time required for measuring internal temperature at a point, seconds

6

Antenna diameter, mm

39

Accuracy of measuring the skin temperature, °C

± 0.2

Time required for measuring skin temperature at a point, when the temperature is 32...38 °C, seconds

DPU weight, kg

Each probe weight, kg

0.6

Power consumption, Watt

20 @ 230Vac, 50Hz