sdAdvanced microcontrollers &embedded system(department elective i)
This document outlines the course contents and structure for an Advanced Microcontrollers & Embedded Systems course. The course covers topics like advancement in 8051 architecture including timers and communication, serial communication protocols like SPI and I2C, high-end microcontrollers and peripherals like CIP-51 architecture, and programming and software architecture including real-time operating systems. The course involves both theory and practical sessions, with evaluation based on a mid-semester exam, practical internal exam, and university exam. Suggested experiments involve programming timers, UART, SPI, I2C, and on-chip peripherals on microcontrollers. Reference books on microcontroller architecture, interfacing, programming, and embedded software design are also listed.
sdAdvanced microcontrollers &embedded system(department elective i)
- 1. GUJARAT TECHNOLOGICAL UNIVERSITY ELECTRICAL ENGINEERING B. E. SEMESTER: VII Subject Name: Advanced Microcontrollers &Embedded System (Department Elective-I) Subject Code: 170907 Teaching Scheme Evaluation Scheme Theory Tutorial Practical Total University Exam (E) Mid Sem Exam (Theory) (M) Practical (Internal) Theory Practical 4 0 2 6 70 30 30 20 Sr. No. Course Contents Total Hrs 1. Advancement in 8051 Architecture 1. PCA timer and different modes of operation. 2. Use of watch dog timers in embedded systems. 3. UART and communication with PC. 08 2. Serial Communication in Microcontrollers 1. SPI communication Protocol. 2. I2C Communication Protocol. 3. Interfacing of 8051 with SPI and I2C based devices like ADC,DAC,E2PROM and RTC(Real Time Clock) 10 3. High-end microcontroller and it’s peripherals 1. General architecture of CIP-51 family. 2. Crossbar configuration 3. PLL and clock frequency configuration. 4. SFR paging & memory management. 08 4. Programming of CIP-51 Microcontroller 1. Programming of general purpose I/Os. 2. Programming of timers in different modes. 3. Programming of PCA timer in different modes 4. Use of on chip ADC – DAC and their programming. 14 5. Embedded software Architecture 1. Survey of software architecture 2. Round robin 3. round robin with interrupts 4. functional queue scheduling 5. real time operating system. 08
- 2. Suggested List of Experiments: 1. Programming of PCA timer for frequency measurement. 2. Programming of PCA timer as Square wave generator. ( HSO Mode) 3. UART Programming. 4. Programming of SPI Port on 8051. 5. Programming of RTC using I2C Communication. 6. PWM Generation using PCA timer.(CIP-51) 7. Programming of GPIO (CIP-51). 8. Programming of Timers (CIP-51). 9. Programming of on-chip ADC (CIP-51). 10. Programming of on-chip DAC of CIP-51 for wave form generation Reference Books: 1. “8051/52 MCU Architecture, Assembly Language & H/W Interfacing” by Creig Steiner, Universal Publishers. 2. “8051 MCU An Application Based Introduction” by Chris Braithwaite – Fred Cowan & Hassan Parchizadeh, Elsevier Publications. 3. “Embedded System Design With The C8051” by Han-Wayhuang, Cengage Learning. 4. “An Embedded Software Primer” by David E. Simon, Addison-Wesley Pearson Education. 5. Data Sheet of “89C51rd2xx” by NXP Semiconductors. 6. Data Sheet of “C8051F12x” by SI Labs. 6. Introduction to Real Time Operating System (RTOS) 1. Tasks & Task-States. 2. Tasks & Data. 3. Semaphores & Shared Data. 08