Mathematical Modeling of Temperature Characteristics of RFID Tags with their Subsequent Application in Engineering Production
Mathematical Modeling of Temperature Characteristics of RFID Tags with their Subsequent Application in Engineering Production

Summary/Abstract: Present-day and fast development of technologies and their use is unlimited in today´s time. An illustration is the ever-increasing expansion of RFID technology that can be applied to any materials or products in almost every industry. The engineering production is not exception within application in manufacturing. The substance of an RFID technology consists in ensuring early information about the unsuitable state of material, component etc. in engineering production. This article is focused on the issue from the field of radio-frequency identification. Applicability of RFID tags is dependent on conditions of environment in which the system is suggested. The basic characteristics of tags are generally informed by producer but in the case of its specific requirements, it is necessary to verify the application itself or it can be verified by direct experimental method. The aim of measurement is identification and evaluation of qualitative parameters for the RFID tag Confidex depending on temperature of environment. This article contains a description of using devices, selected method of measurement and realization of experiment.

• Details
• Contents