Assignment GDB Solution: CS302 Digital Logic Design


CS302 Assignment 2 Solution Spring 2018

Questions No 01                                                                                                        Marks (20) Simplify the following Boolean Expression using Karnaugh Map. Express the stated equation in term of complete Min-terms. Plot the obtained Min-terms in K-Map table. Extract the simplified equation from K-Map. DOwnload solution SPRING2018_CS302_2

CS302 Assignment 1 Solution Spring 2018

Perform the following operations with complete steps and provide the answers in required number system. You can only use Repeated division method for base conversions. You are required to show all steps involved in calculations and conversions.   Q 1: (F2BA3F)16-(10110101000000011110001)2+(737475217)8=(__________________)16 Solution: I am taking Left Hand Side and convert Hexadecimal, Binary and Octal Values […]

CS302 Assignment 2 Solution Fall 2017

Topic Covered: • ALU • Multiplexor • Demultiplexer • GAL / PAL / PLA • ABEL NOTE No assignment will be accepted after the due date via email in any case (whether it is the case of load shedding or internet malfunctioning etc.). Hence refrain from uploading assignment in the last hour of deadline. It […]

CS302 Digital Logic Design Assignment 1 Solution 2017

Questions No 01                                                                                                     Marks (10) Perform the following operations with complete steps and provide the answers in required number system.                             Questions No 02                                                                                                        Marks (10) You are required to simplify the following Boolean Function: F = Express it in sum of min-terms. Simplify the […]

CS302 GDB Solution Spring 2017

GDB Problem Statment: The complexity of Integrated Circuits ( is increasing exponentially with time which in turn make the number of available transistors to grow fast within a chip. This increase in number of transistors in an IC is way more than the productive design need. The situation raised due this problem is a well-known […]

CS302 Assignment 3 Solution Spring 2017

Question No. 1 (a)                                                                                                     10 marks A Seven Segment Decoder is used to decode the given BCD number to display it onto the Seven Segment Display. Block diagram of this process is given in ‘figure 2’. Figure 1: BCD Inputs Figure 2: BCD to Seven Segment Display ‘Figure 1’ contains BCD inputs which are applied […]

CS302 Assignment 1 Solution Spring 2017

Assignment No. 01 Question No. 1                                                                                                           The data sheet of a Quad two-input AND gate IC type 74LS08 specifies the propagation delayandpower supply parameters as: VCC = 5.0V                                                          ICCH = 19 mA ICCL = 35 mAtPLH = 4 ns tPHL = 5 nsVOH = 2.7 V VIH = 2 V                                                              VIL = 0.8 V VOL […]

CS302 GDB Solution Feb 2015

Discussion Topic Programmable Logic devices can be used as replacement to logic gates and MSI chips, State that how these devices can have an effect on the performance of storage fundamentals, and also discuss which will give better performance? Give arguments in the support of your answer. Solution: With programmable logic devices, designers use inexpensive software […]

CS302 Digital Logic Design Assignment 3 Feb 2015

Question 1                [10 Marks]   Complete the following table by showing appropriate output of Q for the given circuit. Assume that Q output is set as 1 initially. Clock J0 J1 J2 K0 K1 K2 Q ↓ 1 0 0 1 1 1 ? ↓ 0 0 1 […]

CS302 Digital Logic Design Assignment 2 Solution Fall 2014

Question 1 [10 Marks] See the following Karnaugh Map, identify adjacent groups of 1’s, and generate a minimal SOP expression from those groupings. AB\CD 00 01 11 10 00 1 0 1 1 01 0 1 1 1 11 × × × × 10 1 1 × × Question 2 [10 Marks] Using Quine-McCluskey method, […]