Computer aided fault detection and solution method of ULTRA HD LED televisions

ULTRA HD LED televisions are subject to changes, developments and different usage areas in the field of communication and communication day by day. ULTRA HD LED televisions, the variety and number of developing systems has been increasing compared to recent years. Depending on the areas of use, cost increases and energy problems lead to the development of new solutions and methods. Energy consumption is one of the main problems that are tried to be solved in this field, because the energy consumption of the ULTRA HD LED televisions used increases with the size of the transferred data and screen width. The technologies that emerged with the development of the ULTRA HD LED system support low power usage, images in large areas and increase the diversity of usage areas. High-definition television is now firmly embedded in consumers' homes in many parts of the world. From past to present and with the rapid development of technology, panel screens that offer the possibility of larger screens, old cathode ray tube televisions, and then the introduction of digital television, ULTRA HD LED televisions, the latest wonder of technology, have been produced. These televisions include many features such as internet, satellite, screen size, low electricity operation, video image playback, and display of picture images. ULTRA HD LED televisions consist of two electrical parts: the supply card and the main board. Thanks to the 25Q32 integrated integrated into the main board, it can benefit from many features of ULTRA HD LED televisions. As a result of high voltage or if the wrong software is installed, these integrated circuits may become disabled, causing the televisions to malfunction. The aim of this thesis is to find out how and by what precautions to take to fix frequently malfunctioning memory ICs and active circuit elements on the motherboard without damaging them, and to develop a solution method for this. It is to eliminate such malfunctions by providing various measurements in terms of the life of the ULTRA HD LED television, such as aspect ratio, received signal strength, data rate. With the measurements obtained, the fault detection and solution method of ULTRA HD LED televisions with the help of computers has been examined and we estimate that it will enable conscious decisions to be made.