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CSE YEDITEPE
CSE 221 Principles of Logic Design
Description
Numbering systems, digital gates, combinational logic, digital circuits, sequential logic, memory, multiplexer and circuits, decoder, counters, registers,microcomputers.
Homework -1: Problems (From Mano 3rd Ed.)
Problems 1.11, 1.15, 1.18, 1.20, 1.29,
2.10.a, 2.15, 2.19,
3.1.b, 3.5.c, 3.9.a, 3.11.b, 3.16, 3.23
Homework -2 --> Homework Assignment 2
Homework -3 -->
Due Date:
24/04/2008 (In-class submission)
Solve problems 2, 4, 7, 8 (pages
211-212) From Mano 3rd Ed.
IMPORTANAT NOTICE! --> attendance
Homework -4 --> Homework Assignment 4
sampleMIDTERM II study for 2nd Midterm
GRADES Laboratory Results
Lecture Notes
Lecture
1 - Number Systems I
Lecture 2
- Number Systems II
Lecture 3
- Number Codes and Registers
Lecture 4
- Binary Logic and Boolean Algebra
Lecture 5
- Boolean Functions and Theorems
Lecture 6
- Canonical Forms
Lecture
7 - Karnaugh Maps - I
Lecture 8
- Karnaugh Maps - II
Lecture 9
- Don't Cares and NAND/NOR Implementations
Lecture 10
- Combinational Circuits
Lecture
11 - Binary Adders
Lecture 12
- Subtractors
Lecture 13
- Multipliers & Magnitude Comparators
Lecture 14
- Multiplexers/Demultiplexers & Decoders/Encoders
Lecture 15
- Sequential Circuits and Latches
Lecture 16 - Flip Flops - I
Lecture 17 - Flip-Flops - II
Lecture 18 - Sequential Circuit Analysis
Lecture
19 - State Reduction
Lecture 20
- Sequential Circuit Design - I
Lecture 21
- Sequential Circuit Design - II
Lecture
22 - Shift Registers
Lecture 23
- Registers and Counters
Lecture 24
- Counters
Lecture
25 - Random Access Memory
Lecture 26
- Memory Decoding
Lecture 27
- Read Only Memory
Lab materials
Experiment 9 --> Please make a research on sequence detectors! You will implement your design in laboratory
design a sequence detector that will output "1" when the sequence 1, 1, 1 has occured on the input. use D flip flops. Try to find alternative ways! (bonus) on 21-22 April 2008
Experiment 10 be ready for HDL lab.
getting started -->
verilogger tutorial -->
digital simulation -->
you can download the verilogger pro from here
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see below links, they are entertaining!
- go into --> Fourier Applet
This java applet demonstrates Fourier series, which is a method of expressing an arbitrary periodic function as a sum of cosine terms. In other words, Fourier series can be used to express a function in terms of the frequencies (harmonics) it is composed of.
To select a function, you may press one of the following buttons: Sine, Triangle, Sawtooth, Square, and Noise. The function is displayed in white, with the Fourier series approximation in red. You can edit the function directly by clicking on it.
- go into --> Filters Applet
You should hear a noise waveform when the applet starts up. The applet starts up with a low-pass filter. It shows the frequency response of the filter, the spectrum of the filtered waveform being played, the waveform itself, and the impulse response of the filter. Click on the response curve to change the cutoff frequency.
You can use the popup menus on the right to select another filter or input file.
