DLCMIDAssignmentFall 2023-2024
.docx
School
American International University Bangladesh (Main Campus)**We aren't endorsed by this school
Course
EEE 3101
Subject
Electrical Engineering
Date
Jan 11, 2025
Pages
6
Uploaded by ElderFrogPerson802
American International University- Bangladesh (AIUB)Faculty of EngineeringCourse Name:DIGITAL LOGIC AND CIRCUITSCourse Code:EEE 3101Semester:Fall 2024-25Term:MIDTotal Marks:20Submission Deadline:7 December ‘24Faculty Name:ABIR AHMEDAssignment:1Course Outcome Mapping with QuestionsItemCOsPOIsKPAMarksObtained MarksQ1-Q2CO1P.a.2.C3K220Total:20Student Information:Student Name:Tousif AnamStudent ID:22-48224-2Section: ASerial:Department:CSEMarking Rubrics (to be filled by Faculty):Problem #Excellent[10]Proficient[8]Good[6]Acceptable[4]Unacceptable[2]No Response[0]Secured MarksDetailed unique response explainingthe concept properly and answer is correct with all worksclearly shown.Response with no apparenterrors and the answer is correct,but explanation is not adequate/unique.Response shows understanding of the problem, but the final answer may not be correctPartial problem is solved; response indicates part of the problem was notunderstood clearly.Unable to clarify the understanding of the problem and method of the problem solving was not correctNo Response/(Copied/identical submissions will be graded as 0 for all parties concerned)12CommentsTotal marks (20)Q1. Illustrate a magnitude comparator circuit that takes two 3-bit binary numbers (A2, A1, A0 and B2, B1, B0) as inputs and determines whether A is greater than, less than, or equal to B. The comparator should have three output signals: EQ (Equal), GT (Greater Than), and LT (Less Than).Q2.Design a Decimal to BCD Irregular Sequence Encoder with priority sequence of your ID Digit then rest of the decimal digit with highest priority.For example. If your student id is 12-20814-1 your priority sequence will be 1,2,0,8,4,9,7,6,5,3Here, 1,2,0,8,4 this sequence gets from student id (If any decimal value repeats, consider it once). Rest of the sequence (9,7,6,5,3) will follow highest priority of remaining decimal value.
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