The 8051/8052 Microcontroller: Architecture, Assembly Language, and Hardware Interfacing

The 8051/8052 Microcontroller: Architecture, Assembly Language, and Hardware Interfacing by Craig Steiner is a comprehensive guide published by Universal Publishers, Inc. on September 15, 2005. This edition spans 332 pages and is written in English, targeting novice and intermediate developers interested in the 8052 microcontroller. The book systematically introduces the architecture of the 8052, covering essential concepts such as internal and external RAM, Special Function Registers, addressing modes, timers, serial I/O, and interrupts.
Readers will find detailed explanations of the 8052 instruction set and assembly language syntax, along with practical applications for building a fully functional single board computer. The text includes in-depth discussions on hardware interfacing, featuring software examples that demonstrate communication with various components like keypads and LCDs. This resource aims to equip readers with the knowledge needed to understand the architecture, design, and implementation of circuits based on the 8052 microcontroller.
Official synopsis Publisher
This book was written with the novice or intermediate 8052 developer in mind. Assuming no prior knowledge of the 8052, it takes the reader step-by-step through the architecture including discussions and explanations of concepts such as internal RAM, external RAM, Special Function Registers (SFRs), addressing modes, timers, serial I/O, and interrupts. This is followed by an in-depth section on assembly language which explains each instruction in the 8052 instruction set as well as related concepts such as assembly language syntax, expressions, assembly language directives, and how to implement 16-bit mathematical functions. The book continues with a thorough explanation of the 8052 hardware itself, reviewing the function of each pin on the microcontroller and follows this with the design and explanation of a fully functional single board computer-every section of the schematic design is explained in detail to provide the reader with a full understanding of how everything is connected, and why. The book closes with a section on hardware interfacing and software examples in which the reader will learn about the SBCMON monitor program for use on the single board computer, interfacing with a 4×4 keypad, communicating with a 16×2 LCD in direct-connect as well as memory-mapped fashion, utilizing an external serial EEPROM via the SPI protocol, and using the I2C communication standard to access an external real time clock. The book takes the reader with absolutely no knowledge of the 8052 and provides him with the information necessary to understand the architecture, design and build a functioning circuit based on the 8052, and write software to operate the 8052 in assembly language.
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