1 ECE251-101 Fact Sheet/Outline, F2014 Instructor: J. Savir, Office ECE209, Ph. X5681, Fx. X5680, email savir@njit.edu. TA: Ding, Yiming, FMH114, Ph.973-220-9715, email yd52@njit.edu Class place & time: Cull Lect 2 M 5:45-8:30PM - Lecture Cull Lect 2M8:40-9:50PM - Recitation Office hours: Savir, ECE209 Monday 5:15-5:45 PM. Savir, ECE209 Friday 12:00-1:00 PM. Ding, Yiming, FMH414, Tuesday 4:00-5:30 PM. Textbook:AlanB.Marcovitz,IntroductionToLogicDesign,2ndedition(orhigher), McGraw-Hill, ISBN # 0-07-286516-4. Class material: notes and homework assignments and solutions will be posted on Highlander Pipepine. Access the ECE251 material under My Courses Digital Design files. Please download the student notes, make hard copies, and bring them with you to class.Homework:AssignedweeklyandduethefollowingMondayduringrecitationclass. SolutionswillbepostedonHighlanderaftertheduedate.Recordyourhomework solutionsinahardcover(composition)notebook.Solutionsshouldbehandwrittenin your notebook. After receiving the solutions to previous weeks assignment, you should correctallthemistakesyoumadeinyournotebook.Allhomeworkcorrectionsshould be handwritten. You will be asked periodically to show your homework notebook during Thursdayrecitationclass.Yournotebookshouldincludeallthehomeworkassignedtill thetimeofthecheck.Thereisnocreditforpastduehomework.Incaseyouneedto miss a class, have your homework notebook brought in to class with a colleague. Lastdaytowithdrawfromcourse:Nov.3.Formoredetailsconsultuniversity calendar. Grade components and schedules: Quiz1 (25 %): Oct. 6 Quiz2 (25 %): Nov. 10 Final (40 %):Dec. 15 Homework (10 %): weekly Please note: All make-up exams for authorized absences will be oral exams. There will be no extra work for extra credit. 2 Please note: NJIT Honor Code will be upheld, and that any violations will be brought to the immediate attention of the Dean of Students. ECE251 Outline Prerequisites: Fed 101, Phys 121 Tentative week by week topic coverage: Week 1: Number systems: decimal, binary, arbitrary radix representation. Week 2: Representation of positive & negative numbers. Twos complement, Ones complement, signed-magnitude, Hex, Octal, Ternary. Quick conversion between bases. Week 3: Gates, truth tables, Boolean algebra, Function simplification. Week 4: K-maps. Circuit implementation using K-maps. SOP and POS representation. NAND/NOR implementations. Week 5: Mux, Demux, decoders, code conversion (BCD to Binary, Excess 3 to binary).Week 6: Hazards, hazard-free design. Week 7: Function implementation using MSI logic. Week 8: Latches and Flip-flops: SR, D, JK, T. Week 9: Counter design, register design, ALU function. Week 10: Sequential circuits. Excitation function, state table, state diagram.Week 11: Sequential circuit design with different flip-flops. Week 12: Asynchronous circuits analysis and design. Excitation function, Flow table. Week 13: PLDs, ROMs, PLAs, PALs. Week 14: Review.