PPT-COE 202: Digital Logic Design

Sequential Circuits Part 3 KFUPM Courtesy of Dr Ahmad Almulhem Objectives Design of Synchronous Sequential Circuits Procedure Examples Important Design Concepts State Reduction and Assignment. We have no digital cable boxes that will work on digital cable tv No digital cable box is available Digital cable descrambler and digital cable box will be available someday At this time no digital cable tv box is available Look for digital cable de Please do not alter or modify contents All rights reserved QVSIBTFE 1BJOMTT1BSOUJOHSUI1STDIMBST BDLTPU PMEF XXXMPWF E MPHDDPN 57513 2001 Jim Fay End the Bedtime Blues Parents Dont Need to Force Kids to Go to Sleep edtime is a time of frustration Combinational Circuits. Part 4. KFUPM. Courtesy of Dr. Ahmad . Almulhem. Objectives. Magnitude comparator. Design of 4-bit magnitude comparator. Design Examples using MSI components. Adding Three 4-bit numbers. Combinational Circuits. Part 3. KFUPM. Courtesy of Dr. Ahmad . Almulhem. Objectives. Decoders. Encoders. Multiplexers. DeMultiplexers. KFUPM. Functional Blocks. Digital systems consists of many components (blocks). Whocares? Howcanoneevaluatethem? Whatdotheycount? ArethereconditionstoseewhetherornotagivenLR-coecientisnon-zero? 3/92 Littlewood-Richardson(LR)coecientscarenon-negativeintegernumbersdependingont Sequential Circuits. Part 1. KFUPM. Courtesy of Dr. Ahmad . Almulhem. Objectives. Sequential Circuits. Storage Elements (Memory). Latches. Flip-Flops. KFUPM. Combinational vs Sequential. A . combinational. Processing Computations with . Molecular Reactions. Hua. Jiang. PhD Candidate, Electrical Engineering . University . of . Minnesota. . Advisors. Professor . Keshab. . Parhi. and Professor Marc Riedel. Memory and Programmable Logic Devices. KFUPM. Courtesy of Dr. Ahmad . Almulhem. Objectives. Memory. Programmable Logic Devices (PLD). KFUPM. Memory. Memory:. A collection of cells capable of storing binary information (1s or 0s) – in addition to electronic circuit for storing (writing) and retrieving (reading) information.. ENGR 10. Charles W. Davidson. College of Engineering. San Jos. é. State University. CoE SJSU. ENGR 10. 1. Purpose. Provide ENGR 10 students with presentation guidelines to help improve their oral communication skills. We already know that the language of the machine is . binary. – that is, sequences of 1’s and 0’s. But why is this? . At the hardware level, computers are streams of signals. These signals only have two states of interest, high voltage and low voltage. . Logic Gates. NOT (Inverter) Gate. AND Gate. OR Gate. NAND Gate. NOR Gate. XOR Gate. Digital Signals. Digital signals 0 (false) or 1 (true). Digital signal 1 is represented by a small voltage.. Digital signal 0 is represented by no voltage.. Learn what a logic gate is and what they are for.. Be able to identify common logic gates.. Understand how truth tables work.. What is a logic gate?. Logic gates are part of the circuits inside your computer. They can take several INPUTS. . Announcements. Homework 7 due on Thursday, 11/13. Recitation quiz on Monday on material from Lectures 21,22. Agenda. Last time:. Multiplexers (5.6. ). This time:. Programmable Logic Devices (5.7). Programmable Read-Only Memories (PROM) (5.8) . CSE 140: Components and Design Techniques for Digital Systems. Spring 2019. CK Cheng. Dept. of Computer Science and Engineering. University of California, San Diego. Outlines. Class Schedule and Enrollment.