Matej HAŇOV, Matej BEREŠ
This paper presents the design and implementation of the main hardware components of a programmable three-phase frequency inverter. The development focused on two key subsystems: the AC inverter and the control circuit. (…)
This paper presents the design and implementation of the main hardware components of a programmable three-phase frequency inverter. The development focused on two key subsystems: the AC inverter and the control circuit. (…)
This paper presents the design and implementation of an indoor autonomous mobile robot equipped with a LiDAR sensor for mapping and obstacle avoidance.
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Článok sa zaoberá meraním prevodovej charakteristiky troch mikrokontrolérov so zameraním na linearitu a samotný rozsah linearity prevodu analógovej veličiny (napätia) na číslicovú. (…)
This study aims to provide the overview of current assist devices for visually impaired people. The primary objective of this paper is to fully analyze new approaches for the given problematics purposed by different companies and describe the technical solutions proposed by them.
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This work addresses the problem of designing a current source that supplies electric current to the primary (or magnetizing) winding of a magnetoelastic sensor.
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Self-balancing robots represent a convergence of technology and mechanics, showcasing the quest for stability in dynamic environments.
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This article investigates wireless communication technologies and the theoretical analysis of step measurement in the design of smart wearables. It examines various wireless technologies, including WiFi, Bluetooth, NFC, RFID, mobile networks, and satellite communication.
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This article explores the development of the measuring part of a device for automatic temperature regulation. Advancements in this field have revolutionized the way
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This article is aimed at bringing information about what an access system is. It will also offer the reader
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This paper summarizes the elaboration of a master’s thesis entitled „Welding Inverter Utilizing a 32-bit Microcontroller,“ completed during the second winter semester.
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