Electronics
The Pollution Detection Smartwatch is an advanced wearable device engineered for real-time environmental monitoring. This smartwatch is ideal for environmental health monitoring, providing immediate alerts and comprehensive data analytics. The device interfaces with a dedicated mobile application for continuous data logging, trend analysis, and sharing capabilities.
Miniaturizing a high-power 3-phase MOSFET usually sacrifices power, but I have made three 3-phase MOSFET that will not sacrifice power to miniaturize brushless motor drive application. One 3-phase MOSFET is rated for 80 amps, 40 volts and measures 10x10x1mm.
Motivation
The rapid development of wearable electronics and the emergence of mixed reality (MR) headsets in practical applications have highlighted the need for enhanced laser safety eyewear. Traditional laser safety goggles often cost more than $200 but provide inferior vision with significant color distortion and darkness.
PROJECT OVERVIEW:
Electricity thefts are increasing every year across domestic as well as industrial domains which affect the economic status of the country. Various wireless communication systems are available to detect the power theft, but lack the required infrastructure needed to employ them.
As inconceivable as it may seem, existing fiber optic inspection standards consider (characterize) the three-dimensional connector in limited two-dimensions. Cleaning standards reflect this limitation. Fiber Optic Connector Surfaces,
Elderly people are falling more frequently worldwide, especially those who are 60 years of age and beyond. One major factor that contributes to these falls is the lack of routine supervision provided to older individuals living alone.
In recent years, advancements in technology have revolutionized the way we interact with our surroundings, particularly in the realm of security systems. One such innovation is the Fingerprint Door Lock System, which integrates Arduino microcontroller technology with smartphone capabilities to enhance security and convenience for users.
Sunatori's Effect refers to Anisotropic Electromagnetic Force Phenomena which were recently discovered by Simon Sunatori, P.Eng./ing., M.Eng. (Engineering Physics/Génie physique), DTech.c, RD.c, FEC.c, FNA, IEEE-LSM, WFS-LM, BNR/NT (MSS).
Anisotropy manifests itself in dramatic fashion as unexpected physical phenomena of magnetic attraction-repulsion,
Ferromagnetic metals such as iron and cobalt are extremely well-known. In fact, iron is the strongest ferromagnetic metal. Untreated waste disposal not only harms the environment but may also lead to cobalt poisoning if injested.
Waterlogging incidents that can be fatal to vehicle and passenger safety have grown more frequent and severe as a result of urbanization, climate change.
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