چكيده به لاتين
In this thesis, a XC7Z020-1CLG400C zinc chip start-up board has been designed and built.
The first chapter will introduce the importance of the system_on_chip and where the future of electronics will go.
The second chapter discusses my definitions, principles, and terms for board design.
Chapter 3 first talks about the software used to build the board, then explains how to select components on the board, and finally examines several similar boards that are now available on the market.
Chapter 4 will talk about how to design a board and the challenges and rules that govern it. This chapter also discusses what features the board has.
Chapter 5 will discuss how to implement, schematic and printed circuit board design, and high frequency design considerations.
Chapter 6 will talk about the result of the correct operation of each part of the board and how the board will compress the image.
In the seventh chapter, the purpose of designing this board is stated and then the range of features of this thesis with other boards available in the market will be done and finally suggestions will be provided to increase the features of this board.
Finally, the board test will be performed with a Discrete cosine transform image compression algorithm. To show that all parts of the board are healthy and work well at high speeds.
