Využití OLED displeje v biomedicínské číslicové technice

Abstract

The thesis is composed of three main parts, which begins with a base theoretical knowledge of the relevant components used in the demonstrational task. The first part deals with the analysis of architecture, functionality, types, properties, utilization and evaluation of electroluminescent electronic components; they contain the organic layer between the two electrodes. The second thematic unit focuses on programmable logic circuits. From a brief drawing of the problem of programmable gate arrays and their design, it passes through the parameters of the ZYBO FPGA boards to its Zynq 7000 SoC architecture. Lastly, a sample task is performed that demonstrates the course of the initial design by utilizing Xilinx design tools. These tools create both the hardware and software that programs the processor of the programmable gate arrays provided by the ZYBO Zynq 7000 components and the PmodOLEDrgb colour LED organic display. The results obtained represent four major visualizations of medical device applications. Overall this bachelor thesis creates an overview of aspects of designing and creating animations on OLED display powered and driven by FPGA.