微電腦介面電路設計

This course describes the feature and configuration of the serial communication that is common method of transmitting data between a computer and a peripheral device such as a programmable instrument or even another computer. This course focuses on the practice implementation and related applications of the microprocessors. This course introduces fundamental principles and hardware. Students will design simple systems using an 8051 microcontroller and peripheral hardware. Labs include designing a keypad interface, a 4-digit seven-segment displays, RS232 interface, I2C interface and SPI interface. These labs are designed to teach you about using serial communication interface networks.

Microprocessor

Transparent teaching

Lab#1:Led marquee scrolling led sign Lab#2:Multiple seven segment displays Lab#3: Interface keypad Lab#4: Seven Segment Digital Clock Lab#5: RS232 Interface Lab#6: Controlling an LCD device using serial I2C Lab#7: SPI Digital Tilt Sensor Accelerator Grading: Programming homework assignments and experimental reports 70%, Final project: 30%

• Introduction
• MCS-51 architecture and functions
• MCS-51 C51 (C language) instructions and the program design basis
• Tools and techniques for program development
• I/O port
• Timer operation
• Serial port operation
• Program design using interrupts
• RS232 links
• RS-485 networks
• I2C bus, interface and protocol
• Serial peripheral interface (SPI)

1. Kenneth J. Ayala , ”The 8051 Microcontroller Architecture, Programming, & Applications”, 2nd Edition 2. 楊明豐,“8051 單晶片 C語言設計實務 第二版”,碁峰資訊股份有限公司 3. 鄧錦城,”8051單晶片實作寶典編著”,益眾資訊 4. 陳明熒,”單晶片8051 KEIL C實作入門”,松崗資產管理股份有限公司 5. 林振漢, “8051 單晶片實作-使用C語言,” 初版七刷, 博碩文化