This electric generator is a simple operated electro mechanical system which is controlled by gear and electricity is produced by the generator. This electric generator has been designed by using Sprocket and Chain, Gear, Flywheel, Bearing, spring, Generator, and Battery. Our target was to design and Construct a system that will produce Electricity using road transport pressure. When pressure is created on the pressure lever, the wheels of designated system rotate thoroughly and this rotation of wheels produce electricity in dc generator. The generated electricity may be used to meet the local demand. This may solve partially the national power generation problem.

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Ferroelectric negative capacitance materials have now been proposed for lowering electronics energy dissipation beyond basic limitations. In this paper, we presented the analysis on the performance of negative capacitance (NC) FinFET in comparison with conventional gate dielectrics by using a separation of variables approach, which is an optimal quasi-3D mathematical model. The result has been signified steeper surface potential (ψ), lower threshold voltage (Vth), 1.2 mA of on-state current (Ion), and enhanced immunity of negative capacitance FinFET against short channel effects (SCE’s) like 35.3 mV/V of drain-induced barrier lowering (DIBL), 60 mV/dec of subthreshold swing (SS) along with smallest off state current (Ioff) among another conventional gate dielectric. Hence, NC FinFET can be a potential candidate for low power and high-performance device.