Hardware design of a motors control module in sensorless approach for memory seats application
Gorkem Uygur
Hardware design of a motors control module in sensorless approach for memory seats application.
Rel. Michele Angelo Pastorelli. Politecnico di Torino, Corso di laurea magistrale in Mechatronic Engineering (Ingegneria Meccatronica), 2020
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Abstract
n the last two decades, many applications of automotive are become varied to correspond driver and passengers comfort and ergonomy. Some applications are become standard specifiations not additional one. Therefore, the car manufacturers take in consideration based on requirements of humans, then automotives are designed and developed. Memory seats, power windows, lift gate and power trunk, side mirrors are some applications of automotive that are improved and constructed. These type of applications before are only controlled by mechanically and but also from some years on the electronic control is used and become popular for many car manufacturers. Especially, the vehicle seats have different movement capabilities and ergonomic calibrations and each seat is controlled by an individual motor, hence the configuration and comfort settings can be adjusted by driver and passenger thanks to position memory.
The purpose of thesis is to implementing electronic design of memory seats control module to drive Brushed DC Motor in sensorless approach as a research project of Electronic Division of Bitron Industrie S.p.A
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