Research of Nanoscale MOSFET Parameters Impact on the Performance of Energy Converters for Internet of Things

Nowadays the devices with wireless supply are increasingly used in industry, commerce, logistics, construction as well as in everyday life. So Internet of Things technologies allow forming ‘intellectual’ nets of physical objects, interacting between each other through RF radiation, thanks to which the creation of diverse automated systems like smart home is possible [1-6]. By means of Wireless Sensor Networks [1, 2, 4, 6-9] one can in real-time mode monitor the state of various complex systems and objects, e.g. durability degree of a building or a bridge. In Radio-frequency Identification technology [4, 6-16] miniature devices called tags or transponders are deployed. The tags are attached to different objects in production facilities, shopping centers and warehouses for implementation the automated identification and also used in access control systems. Thus in all of the above applications wireless micro devices are used. These micro devices exchanges data with the base station interacting with computer system resulting in automated identification, surveillance and management are carried out.