N.V. Tsipina1, N.E. Samoilenko2, D.A. Pishchulin3, D.R. Voronin4, K.D. Tsipina5

1-5 FSBEI of HE “Voronezh State Technical University” (Voronezh, Russia)

1 tcnv@mail.ru; 2 ju.i@mail.ru; 3 pishchulin.2001@mail.ru; 4 brk191frte6@gmail.com; 5 ksutsipina@mail.ru

Problem statement. When solving the problem of thermal control, which has found wide application in industry for quality control of manufactured products, it is necessary to use control means that allow determining not only the operability, but also hidden defects in the elements of the electronic control device. Otherwise, this problem can lead to overheating of the electronics, which in turn can cause malfunctions in the devices or even their failure.

Objective. Development of a thermal scanning system based on a two-axis platform with stepper motors and an infrared temperature sensor, which will automate the process of thermal control of printed circuit board assemblies of electronic control devices and further supplement it with computer modeling.

Results. Software has been developed for automated control of printed circuit board assemblies of electronic control devices based on the analysis of their thermal fields and a related technique for constructing temperature maps of the device.

Practical significance. The presented technique for constructing temperature maps of printed circuit board assemblies of electronic control devices can be used in thermal control of printed circuit board assemblies of various devices and instruments.

Tsipina N.V., Samoilenko N.E., Pishchulin D.A., Voronin D.R., Tsipina K.D. Development of software for automated control of prin-
ted circuit board assemblies of electronic devices based on the analysis of their thermal fields. Radiotekhnika. 2025. V. 89. № 7.
P. 68−72. DOI: https://doi.org/10.18127/j00338486-202507-13 (In Russian)

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