Dmitry Rybakov

The company is engaged in the development of automotive electronics, a full cycle of product development. - Printed circuit boards for DC-DC converters based on MC34063A and TPS5430 have been developed. - Design documents for a mini-PC, PC monitor, SSD drive have been developed. - Studied FPGA, Verilog language, for designing and developing high data rate device. - Developed AC-DC converter module on VIPer53SP. Tools: SPlan, Autocad, Solidworks, Altium Designer, Xilinx Vivado 2024 Technologies: CAD.

- Engaged in the development of electrical cabinets for controlling powerful motors.With my participation, the speed and efficiency of work increased by 25%. - Printed circuit boards for measuring instruments such as power supplies and teslameters have been developed. - Engaged in soldering and assembling electronic equipment such as transformers, speed sensors, Hall sensors. The speed of the operation increased by 20%, equipment sales increased by 30%.

- Engaged in the development of electrical cabinets for controlling powerful motors.With my participation, the speed and efficiency of work increased by 25%. - Printed circuit boards for measuring instruments such as power supplies and teslameters have been developed. - Engaged in soldering and assembling electronic equipment such as transformers, speed sensors, Hall sensors. The speed of the operation increased by 20%, equipment sales increased by 30%.

This company was developing a cooling passive system for an industrial laptop. - A 3D model of an industrial laptop has been developed and adapted to customer requirements. - A passive cooling system has been designed, the efficiency of the device has been improved: it was possible to achieve an improvement in temperature indicators at different power levels by 10%, 15%, 20%. - Scientific articles have been written on the research topic (links below in the profile), a final report on the research work has

This company was developing a cooling passive system for an industrial laptop. - A 3D model of an industrial laptop has been developed and adapted to customer requirements. - A passive cooling system has been designed, the efficiency of the device has been improved: it was possible to achieve an improvement in temperature indicators at different power levels by 10%, 15%, 20%. - Scientific articles have been written on the research topic (links below in the profile), a final report on the research work has