teaching plan of Microprocessor System - Practical

MEHRAN UNIVERSITY OF ENGINERING AND TECHNOLOGY

                                                                                                                                                                       FRM-003/00/QSP-004

                                                                                                                                                                         Dec. 01, 2001

TENTATIVE TEACHING PLAN

DEPARTMENT OF ELECTRICAL ENGINEERNG

 

Name of Teacher:     Dr. Abdul Sattar Larik / Engr. Abdul Hakeem Memon

Subject: Microprocessor Systems (Practical)             Year: Final                 Term: 7^th          

Term Starting Date:                                                              Term Suspension Date:

Lecture No.	Topic Covered (as written in the attendance sheet)	No. of Lecture hrs required
1.	Introduction to Microprocessor Application Trainer Kit (MAT385)	2
2.	To become familiar with the different types of registers and see how the contents of different types of register can be examined during program execution	2
3.	To perform the 8-bit and 16-bit addition in 8085µῬ	2
4.	To perform subtraction of 8-bit and 16-bit addition in 8085µῬ	2
5.	To perform multiplication of two or more numbers on MAT385	2
6.	To become familiar with logical instruction of 8085 microprocessor	2
7.	(a)    To store (00-FF) bytes of data in memory location (2000-20FF) (b)   Copy the same data to another memory location (3000-30FF)	2
8.	To become familiar with input output ports of MAT385	2
9.	(a)    To observe of INTROUT VECTOR key on progress (b)   To determine decimal counter used as digital stopwatch	2
10.	To demonstrate the digital input and analog output OR To analyze variation of analog O/P from binary I/P static switches	2
11.	To interface the oscilloscope with MAT 385 generate the ramp (saw tooth) wave from an oscilloscope	2
12.	To determine an analog input, analog application	2
13.	To determine the working of microprocessor based control of diesel generator	2
	Total Lectures	26

Signature of Teacher:                                                              Dated:

Remarks of DMRC:

Signature of Chairman                                                            Dated: