Development of Intelligent Indoor Temperature Control System Based on CYPRESS Programmable System-on-Chip (PSoC)

The main purpose of this work is to develop a temperature-control system, based on Sypress PSoC MCU. Structure, functionality and possible real-life implementations of CYPRESS devices family PSoC1 will be inspected in this work. During the development of indoor temperature control system process, skills of operating with internal functions of MCU and peripherial devices were significantly improved. Achieved results are: a working prototype of temperature-controlling device, which consists of measuring and executing parts and a set of instructions for students, wishing to become more familiar with PSoC1 devices family. The work could be divided into 3 logical parts. The first part, consisting of introduction, problem statement and a literature review, gives a brief overview of the field of embedded electronics and provides general information about PSoC. The second one is about development of temperature control system. This part provides an information about structure of automatization systems, about properties of sensors and communications between sensors and PSoC. The final part gives a brief overview of instructions for students.