Outline. Circuits & Layout. CMOS VLSI Design
|
|
|
- Mariah Warren
- 5 years ago
- Views:
Transcription
1 CMO VLI esign Circuits & Lyout Outline Brief History CMO Gte esign Pss Trnsistors CMO Ltches & Flip-Flops tndrd Cell Lyouts tick igrms lide 2
2 Brief History 958: First integrted circuit Flip-flop using two trnsistors Built y Jck Kily t Texs Instruments 23 Intel Pentium 4 μprocessor (55 million trnsistors) 52 Mit RM (>.5 illion trnsistors) 53% compound nnul growth rte over 45 yers No other technology hs grown so fst so long riven y minituriztion of trnsistors mller is cheper, fster, lower in power! Revolutionry effects on society lide 3 nnul les 8 trnsistors mnufctured in 23 million for every humn on the plnet Glol emiconductor Billings (Billions of U$) er lide 4 2
3 Invention of the Trnsistor Vcuum tues ruled in first hlf of 2 th century Lrge, expensive, power-hungry, unrelile 947: first point contct trnsistor John Brdeen nd Wlter Brttin t Bell Ls Red Crystl Fire y Riordn, Hoddeson lide 5 Trnsistor Types Bipolr trnsistors npn or pnp silicon structure mll current into very thin se lyer controls lrge currents etween emitter nd collector Bse currents limit integrtion density Metl Oxide emiconductor Field Effect Trnsistors nmo nd pmo MOFET Voltge pplied to insulted gte controls current etween source nd drin Low power llows very high integrtion lide 6 3
4 MO Integrted Circuits 97 s processes usully hd only nmo trnsistors Inexpensive, ut consume power while idle Intel 256-it RM Intel 44 4-it μproc 98s-present: CMO processes for low idle power lide 7 Moore s Lw 965: Gordon Moore plotted trnsistor on ech chip Fit stright line on semilog scle Trnsistor counts hve douled every 26 months,,,,, Integrtion Levels Trnsistors,,,,, 8286 Intel386 Intel486 Pentium 4 Pentium III Pentium II Pentium Pro Pentium I: gtes MI: gtes 886,, LI:, gtes VLI: > k gtes er lide 8 4
5 Corollries Mny other fctors grow exponentilly Ex: clock frequency, processor performnce,, Clock peed (MHz) Intel386 Intel486 Pentium Pentium Pro/II/III Pentium er lide 9 CMO Gte esign ctivity: ketch 4-input CMO NN gte lide 5
6 CMO Gte esign ctivity: ketch 4-input CMO NOR gte B C lide Complementry CMO Complementry CMO logic gtes nmo pull-down network pmo pull-up network.k.. sttic CMO inputs pmo pull-up network output Pull-down OFF Pull-down ON Pull-up OFF Z (flot) Pull-up ON X nmo pull-down network lide 2 6
7 eries nd Prllel nmo: = ON pmo: = ON eries: oth must e ON Prllel: either cn e ON g g2 () g g2 OFF OFF OFF ON () ON OFF OFF OFF g g2 (c) OFF ON ON ON g g2 (d) ON ON ON OFF lide 3 Conduction Complement Complementry CMO gtes lwys produce or Ex: NN gte eries nmo: = when oth inputs re Thus = when either input is Requires prllel pmo B Rule of Conduction Complements Pull-up network is complement of pull-down Prllel -> series, series -> prllel lide 4 7
8 Compound Gtes Compound gtes cn do ny inverting function Ex: = B+ C (N-N-OR-INVERT, OI22) C C B B () () nmo network (c) B C (d) C B pmo network C B B C B C (f) (e) lide 5 = ( + B+ C) Exmple: O3I lide 6 8
9 = ( + B+ C) Exmple: O3I B C B C lide 7 ignl trength trength of signl How close it pproximtes idel voltge source V nd GN rils re strongest nd nmo pss strong But degrded or wek pmo pss strong But degrded or wek Thus nmo re est for pull-down network lide 8 9
10 Pss Trnsistors Trnsistors cn e used s switches g s d g s d lide 9 Pss Trnsistors Trnsistors cn e used s switches s g d s s g = d g = d Input g = Output strong g = degrded s g d s s g = d g = d Input g = Output degrded g = strong lide 2
11 Trnsmission Gtes Pss trnsistors produce degrded outputs Trnsmission gtes pss oth nd well lide 2 Trnsmission Gtes Pss trnsistors produce degrded outputs Trnsmission gtes pss oth nd well g g g =, g = g =, g = Input Output g =, g = strong g =, g = strong g g g g g g lide 22
12 Tristtes Tristte uffer produces Z when not enled lide 23 Tristtes Tristte uffer produces Z when not enled Z Z lide 24 2
13 Nonrestoring Tristte Trnsmission gte cts s tristte uffer Only two trnsistors But nonrestoring, i.e., the output is not driven y Vdd or GN Noise on is pssed on to lide 25 Tristte Inverter Tristte inverter produces restored output Violtes conduction complement rule Becuse we wnt Z output lide 26 3
14 Tristte Inverter Tristte inverter produces restored output Violtes conduction complement rule Becuse we wnt Z output = = 'Z' = = lide 27 Multiplexers 2: multiplexer chooses etween two inputs X X X X lide 28 4
15 Multiplexers 2: multiplexer chooses etween two inputs X X X X lide 29 Gte-Level Mux esign = + (too mny trnsistors) How mny trnsistors re needed? lide 3 5
16 Gte-Level Mux esign = + (too mny trnsistors) How mny trnsistors re needed? lide 3 Trnsmission Gte Mux Nonrestoring mux uses two trnsmission gtes lide 32 6
17 Trnsmission Gte Mux Nonrestoring mux uses two trnsmission gtes Only 4 trnsistors lide 33 Inverting Mux Inverting multiplexer Use compound OI22 Or pir of tristte inverters Essentilly the sme thing Noninverting multiplexer dds n inverter lide 34 7
18 Ltch When =, ltch is trnsprent flows through to like uffer When =, the ltch is opque holds its old vlue independent of.k.. trnsprent ltch or level-sensitive ltch Ltch lide 35 Ltch esign Multiplexer chooses or old lide 36 8
19 Ltch Opertion = = lide 37 Flip-flop When rises, is copied to t ll other times, holds its vlue.k.. positive edge-triggered flip-flop, mster-slve flip-flop Flop lide 38 9
20 Flip-flop esign Built from mster nd slve ltches M Ltch M Ltch lide 39 Flip-flop Opertion M = M = lide 4 2
21 Rce Condition Bck-to-ck flops cn mlfunction from clock skew econd flip-flop fires lte (if no clock skew, nd 2 should rrive t the the sme time) sees first flip-flop chnge nd cptures its result Clled hold-time filure or rce condition 2 2 Flop Flop 2 2 lide 4 Nonoverlpping Clocks Nonoverlpping clocks cn prevent rces s long s nonoverlp exceeds clock skew Industry mnges skew more crefully insted φ 2 φ M φ 2 φ 2 φ φ φ 2 φ φ φ 2 lide 42 2
22 Gte Lyout Lyout cn e very time consuming esign gtes to fit together nicely Build lirry of stndrd cells tndrd cell design methodology V nd GN should ut (stndrd height) nd often clled supply rils djcent gtes should stisfy design rules nmo t ottom nd pmo t top ll gtes include well nd sustrte contcts lide 43 Exmple: Inverter lide 44 22
23 Exmple: NN3 Horizontl N-diffusion nd p-diffusion strips Verticl polysilicon gtes Metl V ril t top Metl GN ril t ottom 32 λ y 4 λ lide 45 tick igrms tick digrms help pln lyout quickly Need not e to scle rw with color pencils or dry-erse mrkers lide 46 23
24 Wiring Trcks wiring trck is the spce required for wire 4 λ width, 4 λ spcing from neighor = 8 λ pitch Trnsistors lso consume one wiring trck lide 47 Well spcing Wells must surround trnsistors y 6 λ Implies 2 λ etween opposite trnsistor flvors Leves room for one wire trck lide 48 24
25 re Estimtion Estimte re y counting wiring trcks Multiply y 8 to express in λ lide 49 Exmple: O3I ketch stick digrm for O3I nd estimte re = ( + B+ C) lide 5 25
26 Exmple: O3I ketch stick digrm for O3I nd estimte re = ( + B+ C) lide 5 Exmple: O3I ketch stick digrm for O3I nd estimte re = ( + B+ C) lide 52 26
27 HW#2 ue: eptemer clss time No lte homework ccepted Exercises:.8,.9,.,.2,.8 lide 53 27
Lecture 3: Circuits & Layout
Lecture 3: Circuits & Lyout Slides courtesy of eming Chen Slides sed on the initil set from vid Hrris CMOS VLSI esign Outline CMOS Gte esign Pss Trnsistors CMOS Ltches & Flip-Flops Stndrd Cell Lyouts Stick
Outline. Annual Sales. A Brief History. Transistor Types. Invention of the Transistor. Lecture 1: Circuits & Layout. Introduction to CMOS VLSI Design
Introduction to MO VLI esin Lecture : ircuits & Lyout vid Hrris Outline rief History MO Gte esin Pss Trnsistors MO Ltches & Flip-Flops tndrd ell Lyouts tick irms Hrvey Mudd ollee prin lide rief History
Homework 1. Homework 1: Measure T CK-Q delay
Homework Find the followin for 3nm, 9nm, 65nm nd 45nm, 32nm, 22nm MO technoloies Effective chnnel lenth Equivlent nd physicl oxide thickness upply volte (Vdd) rw the lyout for the followin Flip-Flop (use
Lecture 1: Circuits & Layout
Lecture 1: Circuits & Layout Outline A Brief History CMOS Gate esign Pass Transistors CMOS Latches & Flip-Flops Standard Cell Layouts Stick iagrams 2 A Brief History 1958: First integrated circuit Flip-flop
Lecture 1: Intro to CMOS Circuits
Introduction to CMOS VLSI esign Lecture : Intro to CMOS Circuits avid Harris Steven Levitan Fall 28 Harvey Mudd College Spring 24 Outline A Brief History CMOS Gate esign Pass Transistors CMOS Latches &
DIGITAL TECHNICS. Dr. Bálint Pődör. Óbuda University, Microelectronics and Technology Institute
DIGITL TECHNICS Dr. álint Pődör Óbuda University, Microelectronics and Technology Institute 10. LECTURE (LOGIC CIRCUITS, PRT 2): MOS DIGITL CIRCUITS II 2016/2017 10. LECTURE: MOS DIGITL CIRCUITS II 1.
Chapter 5. Synchronous Sequential Logic. Outlines
Chpter 5 Synchronous Sequentil Logic Outlines Sequentil Circuits Ltches Flip-Flops Anlysis of Clocke Sequentil Circuits Stte Reuction n Assignment Design Proceure 2 5. Sequentil Circuits Sequentil circuits
ECE 274 Digital Logic. Digital Design. Datapath Components Registers. Datapath Components Register with Parallel Load
ECE 274 igitl Logic Multifunction Registers igitl esign 4. 4.2 igitl esign Chpter 4: Slides to ccompny the textbook igitl esign, First Edition, by Frnk Vhid, John Wiley nd Sons Publishers, 27. http://www.ddvhid.com
CPE 200L LABORATORY 2: DIGITAL LOGIC CIRCUITS BREADBOARD IMPLEMENTATION UNIVERSITY OF NEVADA, LAS VEGAS GOALS:
CPE 200L LABORATORY 2: DIGITAL LOGIC CIRCUITS BREADBOARD IMPLEMENTATION DEPARTMENT OF ELECTRICAL AND COMPUTER ENGINEERING UNIVERSITY OF NEVADA, LAS VEGAS GOALS: In this l, the sic logic circuits will e
Sequential Circuit Design: Part 1
Sequential Circuit esign: Part 1 esign of memory elements Static latches Pseudo-static latches ynamic latches Timing parameters Two-phase clocking Clocked inverters James Morizio 1 Sequential Logic FFs
Sequential Circuit Design: Part 1
Sequential ircuit esign: Part 1 esign of memory elements Static latches Pseudo-static latches ynamic latches Timing parameters Two-phase clocking locked inverters Krish hakrabarty 1 Sequential Logic FFs
ECE 274 Digital Logic. Digital Design. Sequential Logic Design Controller Design: Laser Timer Example
ECE 274 Digitl Logic Sequentil Logic Design Sequentil Logic Design Process Digitl Design 3.4 3.5 Digitl Design Chpter 3: Sequentil Logic Design -- Controllers Slides to ccompny the tetook Digitl Design,
Chapter 1: Introduction
Chpter : Introduction Slides to ccompny the textbook, First Edition, by, John Wiley nd Sons Publishers, 7. http://www.ddvhid.com Copyright 7 Instructors of courses requiring Vhid's textbook (published
MUX AND FLIPFLOPS/LATCHES
MUX AN FLIPFLOPS/LATCHES BY: SURESH BALPANE Multiplexers 2:1 multiplexer chooses between two inputs S 1 0 Y 0 X 0 0 0 0 0 X 1 1 1 0 X 0 1 1 X 1 1 1 S Y @BALPANECircuits and Slide 2 Gate-Level Mux esign
Digital Integrated Circuits EECS 312
14 12 10 8 6 Fujitsu VP2000 IBM 3090S Pulsar 4 IBM 3090 IBM RY6 CDC Cyber 205 IBM 4381 IBM RY4 2 IBM 3081 Apache Fujitsu M380 IBM 370 Merced IBM 360 IBM 3033 Vacuum Pentium II(DSIP) 0 1950 1960 1970 1980
Digital Integrated Circuits EECS 312. Review. Remember the ENIAC? IC ENIAC. Trend for one company. First microprocessor
14 12 10 8 6 IBM ES9000 Bipolar Fujitsu VP2000 IBM 3090S Pulsar 4 IBM 3090 IBM RY6 CDC Cyber 205 IBM 4381 IBM RY4 2 IBM 3081 Apache Fujitsu M380 IBM 370 Merced IBM 360 IBM 3033 Vacuum Pentium II(DSIP)
Chapter 3: Sequential Logic Design -- Controllers
Chpter 3: Sequentil Logic Design -- Controllers Slides to ccompny the textbook, First Edition, by, John Wiley nd Sons Publishers, 27. http://www.ddvhid.com Copyright 27 Instructors of courses requiring
ECEN454 Digital Integrated Circuit Design. Sequential Circuits. Sequencing. Output depends on current inputs
ECEN454 igital Integrated Circuit esign Sequential Circuits ECEN 454 Combinational logic Sequencing Output depends on current inputs Sequential logic Output depends on current and previous inputs Requires
Lecture 11: Sequential Circuit Design
Lecture 11: Sequential Circuit esign Outline q Sequencing q Sequencing Element esign q Max and Min-elay q Clock Skew q Time Borrowing q Two-Phase Clocking 2 Sequencing q Combinational logic output depends
EEC 118 Lecture #9: Sequential Logic. Rajeevan Amirtharajah University of California, Davis Jeff Parkhurst Intel Corporation
EEC 118 Lecture #9: Sequential Logic Rajeevan Amirtharajah University of California, Davis Jeff Parkhurst Intel Corporation Outline Review: Static CMOS Logic Finish Static CMOS transient analysis Sequential
ECE321 Electronics I
ECE321 Electronics I Lecture 25: Sequential Logic: Flip-flop Payman Zarkesh-Ha Office: ECE Bldg. 230B Office hours: Tuesday 2:00-3:00PM or by appointment E-mail: pzarkesh.unm.edu Slide: 1 Review of Last
Pitch I. I. Lesson 1 : Staff
Pitch Lesson 1 : Stff n this lesson you will lern bout the five-line stff, pitches nd notes, noteheds, scending nd descending motion, steps nd leps, ledger lines. Music is written on five-line stff: five
CPSC 121: Models of Computation Lab #2: Building Circuits
CSC 121: Models of Computti L #2: Building Circuits Ojectives In this l, ou will get more eperience with phsicl logic circuits using The Mgic Bo. You will lso get our first eposure to Logisim, tool for
Logic Circuits. A gate is a circuit element that operates on a binary signal.
Logic Circuits gate is a circuit element that operates on a binary signal. Logic operations typically have three methods of description:. Equation symbol 2. Truth table 3. Circuit symbol The binary levels
92.507/1. EYR 203, 207: novaflex universal controller. Sauter Systems
92.507/1 EYR 203, 207: novflex universl controller novflex, universl controller of the EY3600 fmily, is used in HVAC control systems. The EYR 203 hs totl of 18 inputs nd 10 outputs, while the EYR 207 hs
Introduction to CMOS VLSI Design (E158) Lecture 11: Decoders and Delay Estimation
Harris Introduction to CMOS VLSI Design (E158) Lecture 11: Decoders and Delay Estimation David Harris Harvey Mudd College David_Harris@hmc.edu Based on EE271 developed by Mark Horowitz, Stanford University
SEMICONDUCTOR TECHNOLOGY -CMOS-
SEMICONDUCTOR TECHNOLOGY -CMOS- Fire Tom Wada 2011/12/19 1 What is semiconductor and LSIs Huge number of transistors can be integrated in a small Si chip. The size of the chip is roughly the size of nails.
Lecture 10: Sequential Circuits
Introduction to CMOS VLSI esign Lecture 10: Sequential Circuits avid Harris Harvey Mudd College Spring 2004 1 Outline Floorplanning Sequencing Sequencing Element esign Max and Min-elay Clock Skew Time
CPE/EE 427, CPE 527 VLSI Design I Sequential Circuits. Sequencing
CPE/EE 427, CPE 527 VLSI esign I Sequential Circuits epartment of Electrical and Computer Engineering University of Alabama in Huntsville Aleksandar Milenkovic ( www.ece.uah.edu/~milenka ) Combinational
VISUAL IDENTITY GUIDE
VISUAL IDENTITY GUIDE contents Bsic Section Visul Identity System Bsic Prt Appliction Section Visul Identity System Appliction Prt 1.1 Logo System Design 1.1.1 Stndrd Color Grphics of The Logo 1.1.2 Stndrd
Flip-Flops A) Synchronization: Clocks and Latches B) Two Stage Latch C) Memory Requires Feedback D) Simple Flip-Flop Gate
Lecture 19: November 5, 2001 Midterm in Class Wed. Nov 7 th Covers Material 6 th -10 th week including W#10 Closed Book, Closed Notes, Bring Calculator, Paper Provided Last Name A-K 2040 Valley LSB; Last
SEMICONDUCTOR TECHNOLOGY -CMOS-
SEMICONDUCTOR TECHNOLOGY -CMOS- Fire Tom Wada What is semiconductor and LSIs Huge number of transistors can be integrated in a small Si chip. The size of the chip is roughly the size of nails. Currently,
SeSSION 9. This session is adapted from the work of Dr.Gary O Reilly, UCD. Session 9 Thinking Straight Page 1
G N I K N I THmily TrHeeT FSTRAIG SeSSION 9 This session is dpted from the work of Dr.Gry O Reilly, UCD Session 9 Thinking Stright Pge 1 Lerning Objectives ful thinking tht To look t how we cn spot unhelp
An Introduction to VLSI (Very Large Scale Integrated) Circuit Design
An Introduction to VLSI (Very Large Scale Integrated) Circuit Design Presented at EE1001 Oct. 16th, 2018 By Hua Tang The first electronic computer (1946) 2 First Transistor (Bipolar) First transistor Bell
Application Support. Product Information. Omron STI. Support Engineers are available at our USA headquarters from
Omron STI Appliction Support Thnk you for your interest in Omron STI products. Plese contct Omron STI with your ppliction questions. Support Engineers re vilble t our U hedqurters from 4:00.m. until 5:00
EE 447/547 VLSI Design. Lecture 9: Sequential Circuits. VLSI Design EE 447/547 Sequential circuits 1
EE 447/547 VLSI esign Lecture 9: Sequential Circuits Sequential circuits 1 Outline Floorplanning Sequencing Sequencing Element esign Max and Min-elay Clock Skew Time Borrowing Two-Phase Clocking Sequential
Applications to Transistors
CS/EE1012 INTRODUCTION TO COMPUTER ENGINEERING SPRING 2013 LAYERED COMPUTER DESIGN 1. Introduction CS/EE1012 will study complete computer system, from pplictions to hrdwre. The study will e in systemtic,
1. Connect the wall transformer to the mating connector on the Companion. Plug the transformer into a power outlet.
I/ PUTTIG THE QRP COMPAIO O THE AIR 1. Connect the wll trnsformer to the mting connector on the Compnion. Plug the trnsformer into power outlet. 2. Plug the cord lbeled 12 VDC OUTPUT into the QRP PLUS
Clocking Spring /18/05
ing L06 s 1 Why s and Storage Elements? Inputs Combinational Logic Outputs Want to reuse combinational logic from cycle to cycle L06 s 2 igital Systems Timing Conventions All digital systems need a convention
EECS150 - Digital Design Lecture 17 - Circuit Timing. Performance, Cost, Power
EECS150 - Digital Design Lecture 17 - Circuit Timing March 10, 2011 John Wawrzynek Spring 2011 EECS150 - Lec16-timing Page 1 Performance, Cost, Power How do we measure performance? operations/sec? cycles/sec?
Memory elements. Topics. Memory element terminology. Variations in memory elements. Clock terminology. Memory element parameters. clock.
Topics! Memory elements.! Basics of sequential machines. Memory elements! Stores a value as controlled by clock.! May have load signal, etc.! In CMOS, memory is created by:! capacitance (dynamic);! feedback
Corporate Logo Guidelines
Corporte Logo Guidelines The llpy logo Inspirtion The logo is inspired by llpy s commitment to the world of secure nd complete pyment services. The solid circle surrounding the nme represents bullet proof
GRABLINKTM. FullTM. - DualBaseTM. - BaseTM. GRABLINK Full TM. GRABLINK DualBase TM. GRABLINK Base TM
GRLINKTM FullTM - DulseTM - setm Full-Fetured se, Medium nd Full Cmer Link Frme Grbbers GRLINK Full TM GRLINK Dulse TM GRLINK se TM www.euresys.com info@euresys.com Copyright 011 Euresys s.. elgium. Euresys
Timing EECS141 EE141. EE141-Fall 2011 Digital Integrated Circuits. Pipelining. Administrative Stuff. Last Lecture. Latch-Based Clocking.
EE141-Fall 2011 Digital Integrated Circuits Lecture 2 Clock, I/O Timing 1 4 Administrative Stuff Pipelining Project Phase 4 due on Monday, Nov. 21, 10am Homework 9 Due Thursday, December 1 Visit to Intel
Topic 8. Sequential Circuits 1
Topic 8 Sequential Circuits 1 Peter Cheung Department of Electrical & Electronic Engineering Imperial College London Rabaey Chapter 7 URL: www.ee.ic.ac.uk/pcheung/ E-mail: p.cheung@ic.ac.uk 1 Based on
EL302 DIGITAL INTEGRATED CIRCUITS LAB #3 CMOS EDGE TRIGGERED D FLIP-FLOP. Due İLKER KALYONCU, 10043
EL302 DIGITAL INTEGRATED CIRCUITS LAB #3 CMOS EDGE TRIGGERED D FLIP-FLOP Due 16.05. İLKER KALYONCU, 10043 1. INTRODUCTION: In this project we are going to design a CMOS positive edge triggered master-slave
LAERSKOOL RANDHART ENGLISH GRADE 5 DEMARCATION FOR EXAM PAPER 2
LAERSKOOL RANDHART ENGLISH GRADE 5 DEMARCATION FOR EXAM PAPER 2 Dte: 15 Octoer 2018 Time: 2 hours Totl: 25 mrks SECTION C: ESSAY (15 MARKS) Write n essy out one of the given topics. Your essy should e
11. Sequential Elements
11. Sequential Elements Jacob Abraham Department of Electrical and Computer Engineering The University of Texas at Austin VLSI Design Fall 2017 October 11, 2017 ECE Department, University of Texas at Austin
Safety Relay Unit G9SB
Sfety Rely Unit CSM DS_E_4_1 Ultr Slim Sfety Rely Unit Models of width 17.5 mm vilble with 2 or 3 poles. Models of width 22.5 mm with 3 poles lso vilble. Conforms to EN stndrds. (TÜV pprovl) DIN trck mounting
MASSACHUSETTS INSTITUTE OF TECHNOLOGY Department of Electrical Engineering and Computer Science
MASSACHUSETTS INSTITUTE OF TECHNOLOGY epartment of Electrical Engineering and Computer Science 6.374: Analysis and esign of igital Integrated Circuits Problem Set # 5 Fall 2003 Issued: 10/28/03 ue: 11/12/03
Integrated Circuit Design ELCT 701 (Winter 2017) Lecture 1: Introduction
1 Integrated Circuit Design ELCT 701 (Winter 2017) Lecture 1: Introduction Assistant Professor Office: C3.315 E-mail: eman.azab@guc.edu.eg 2 Course Overview Lecturer Teaching Assistant Course Team E-mail:
Project 6: Latches and flip-flops
Project 6: Latches and flip-flops Yuan Ze University epartment of Computer Engineering and Science Copyright by Rung-Bin Lin, 1999 All rights reserved ate out: 06/5/2003 ate due: 06/25/2003 Purpose: This
Lecture 1: Introduction to Digital Logic Design. CK Cheng CSE Dept. UC San Diego
Lecture 1: Introduction to Digital Logic Design CK Cheng CSE Dept. UC San Diego 1 Outlines Administration Motivation Scope 2 Administration Web site: http://www.cse.ucsd.edu/classes/fa12/cse140-a/ WebCT:
nmos transistor Basics of VLSI Design and Test Solution: CMOS pmos transistor CMOS Inverter First-Order DC Analysis CMOS Inverter: Transient Response
nmos transistor asics of VLSI Design and Test If the gate is high, the switch is on If the gate is low, the switch is off Mohammad Tehranipoor Drain ECE495/695: Introduction to Hardware Security & Trust
EECS 270 Group Homework 4 Due Friday. June half credit if turned in by June
EES 270 Group Homework 4 ue Friday. June 1st @9:45am, half credit if turned in by June 1st @4pm. Name: unique name: Name: unique name: Name: unique name: This is a group assignment; all of the work should
WE SERIES DIRECTIONAL CONTROL VALVES
WE SERIES DIRECTIONL CONTROL VLVES ISO4401 Size 03 ulletin 80340- DESIGNTION PGE Fetures nd Generl Description 3 Specifictions 4 Operting Limits 5 Tle of Contents Performnce Dt 6 Stndrd Models 7-8 Dimensions
Soft Error Derating Computation in Sequential Circuits
Soft Error Derting Computtion in Sequentil Circuits Hossein Asdi Northestern University, ECE Dept. Boston, MA 02115 gsdi@ece.neu.edu Mehdi B. Thoori Northestern University, ECE Dept. Boston, MA 02115 mthoori@ece.neu.edu
EECS150 - Digital Design Lecture 2 - CMOS
EECS150 - Digital Design Lecture 2 - CMOS January 23, 2003 John Wawrzynek Spring 2003 EECS150 - Lec02-CMOS Page 1 Outline Overview of Physical Implementations CMOS devices Announcements/Break CMOS transistor
Sequencing. Lan-Da Van ( 范倫達 ), Ph. D. Department of Computer Science National Chiao Tung University Taiwan, R.O.C. Fall,
Sequencing ( 范倫達 ), Ph. D. Department of Computer Science National Chiao Tung University Taiwan, R.O.C. Fall, 2013 ldvan@cs.nctu.edu.tw http://www.cs.nctu.edu.tw/~ldvan/ Outlines Introduction Sequencing
Explosion protected add-on thermostat
Dt Sheet 605051 Pge 1/7 Explosion protected dd-on thermostt ATH-EXx type series Prticulrities 10 A contct rting cn be directly fitted in zone 1, 2, 21 nd 22 optionl -50 C used Control rnges from -20 to
IC TECHNOLOGY Lecture 2.
IC TECHNOLOGY Lecture 2. IC Integrated Circuit Technology Integrated Circuit: An integrated circuit (IC, a chip, or a microchip) is a set of electronic circuits on one small flat piece (or "chip") of semiconductor
Reverse Polarity Amphenol
Reverse Polrity Description Reverse Polrity is keying system ccomplishe with reverse interfce. This ensures, for exmple, Reverse Polrity SMA oes not mte with Stnr SMA. Amphenol s RP Plugs hve femle contct;
What do these sentences describe? Write P for plants, A for animals or B for both next to each sentence below. They ve got roots.
Unit Nture Lerning Link In this unit you will lern words nd phrses to help you tlk out the nturl world. to tell story using pictures. to write letter out dy out in the countryside. to use the Pst Simple
CSE 352 Laboratory Assignment 3
CSE 352 Laboratory Assignment 3 Introduction to Registers The objective of this lab is to introduce you to edge-trigged D-type flip-flops as well as linear feedback shift registers. Chapter 3 of the Harris&Harris
Based on slides/material by. Topic Testing. Logic Verification. Testing
Based on slides/material by Topic 4 K. Masselos http://cas.ee.ic.ac.uk/~kostas J. Rabaey http://bwrc.eecs.berkeley.edu/classes/icbook/instructors.html igital Integrated Circuits: A esign Perspective, Prentice
The Official IDENTITY SYSTEM. A Manual Concerning Graphic Standards and Proper Implementation. As developed and established by the
The Officil ISKCON IDENTITY SYSTEM A Mnul Concerning Grphic Stndrds nd Proper Implementtion As developed nd estlished y the COMMUNICATIONS DEPARTMENT of the INTERNATIONAL SOCIETY FOR KRISHNA CONSCIOUSNESS
DIGITAL EFFECTS MODULE OWNER'S MANUAL
DIGITL EFFECTS MODULE OWNER'S MNUL Introduction Thnk you for purchsing the DEP (bbrev For: Digitl Effects Processor) To tke full dvntge of the DEP's functions, nd to enjoy long nd trouble-free use, plese
Topics. Microelectronics Revolution. Digital Circuits Part 1 Logic Gates. Introductory Medical Device Prototyping
Introductory Medical Device Prototyping Digital Circuits Part 1 Logic Gates, http://saliterman.umn.edu/ Department of Biomedical Engineering, University of Minnesota Topics Digital Electronics CMOS Logic
Power Distribution and Clock Design
Lecture 3 Power Distribution and Clock Design R. Saleh Dept. of ECE University of British Columbia res@ece.ubc.ca 1 Overview of Lecture Power distribution in the past was a fairly simple task Goal of power
VLSI Design Digital Systems and VLSI
VLSI Design Digital Systems and VLSI Somayyeh Koohi Department of Computer Engineering Adapted with modifications from lecture notes prepared by author 1 Overview Why VLSI? IC Manufacturing CMOS Technology
TAP 413-1: Deflecting electron beams in a magnetic field
TAP 413-1: Deflecting electron bems in mgnetic field Circulr control Mgnetic fields re often used to steer bems of chrged prticles, in situtions from teleision tube to lrge-scle prticle ccelertor. The
walking. Rhythm is one P-.bythm is as Rhythm is built into our pitch, possibly even more so. heartbeats, or as fundamental to mu-
Ir melody- is sung without its rhythm, it immeditely loses much of its essence. P-.bythm is s fundmentl to mu- sic s pitch, possibly even more so. Rhythm is built into our bodies s hertbets, or s the motion
ELEN Electronique numérique
ELEN0040 - Electronique numérique Patricia ROUSSEAUX Année académique 2014-2015 CHAPITRE 5 Sequential circuits design - Timing issues ELEN0040 5-228 1 Sequential circuits design 1.1 General procedure 1.2
Digital Circuits Part 1 Logic Gates
Introductory Medical Device Prototyping Digital Circuits Part 1 Logic Gates, http://saliterman.umn.edu/ Department of Biomedical Engineering, University of Minnesota Topics Digital Electronics CMOS Logic
Digital Integrated Circuits EECS 312
14 12 10 8 6 Fujitsu VP2000 IBM 3090S Pulsar 4 IBM 3090 IBM RY6 CDC Cyber 205 IBM 4381 IBM RY4 2 IBM 3081 Apache Fujitsu M380 IBM 370 Merced IBM 360 IBM 3033 Vacuum Pentium II(DSIP) 0 1950 1960 1970 1980
Clock - key to synchronous systems. Topic 7. Clocking Strategies in VLSI Systems. Latch vs Flip-Flop. Clock for timing synchronization
Clock - key to synchronous systems Topic 7 Clocking Strategies in VLSI Systems Peter Cheung Department of Electrical & Electronic Engineering Imperial College London Clocks help the design of FSM where
Clock - key to synchronous systems. Lecture 7. Clocking Strategies in VLSI Systems. Latch vs Flip-Flop. Clock for timing synchronization
Clock - key to synchronous systems Lecture 7 Clocking Strategies in VLSI Systems Peter Cheung Department of Electrical & Electronic Engineering Imperial College London Clocks help the design of FSM where
Sequential logic circuits
Computer Mathematics Week 10 Sequential logic circuits College of Information Science and Engineering Ritsumeikan University last week combinational digital circuits signals and busses logic gates and,
Designing of VLSI Circuits with MOS and CMOS
Designing of VLSI Circuits with MOS and CMOS D. Naresh Kumar 1, N. Vasudheva Reddy 2,G. Sravan Kumar 3 1 Assistant Professor, ECE Department, MLR Institute of Technology, Dundigal, Hyderabad, Andhra Pradesh,
CS/EE 6710 Digital VLSI Design CAD Assignment #3 Due Thursday September 21 st, 5:00pm
CS/EE 6710 Digital VLSI Design CAD Assignment #3 Due Thursday September 21 st, 5:00pm Overview: In this assignment you will design a register cell. This cell should be a single-bit edge-triggered D-type
Design of Low Power D-Flip Flop Using True Single Phase Clock (TSPC)
Design of Low Power D-Flip Flop Using True Single Phase Clock (TSPC) Swetha Kanchimani M.Tech (VLSI Design), Mrs.Syamala Kanchimani Associate Professor, Miss.Godugu Uma Madhuri Assistant Professor, ABSTRACT:
ELE2120 Digital Circuits and Systems. Tutorial Note 7
ELE2120 Digital Circuits and Systems Tutorial Note 7 Outline 1. Sequential Circuit 2. Gated SR Latch 3. Gated D-latch 4. Edge-Triggered D Flip-Flop 5. Asynchronous and Synchronous reset Sequential Circuit
Your Summer Holiday Resource Pack: English
Messge Activity to Prents: Sheet The summer holidys re here! To help keep your child entertined, we ve put together Summer Holidy Resource Pck. It s een produced to reduce summer holidy lerning loss nd
Design of a Low Power Four-Bit Binary Counter Using Enhancement Type Mosfet
Design of a Low Power Four-Bit Binary Counter Using Enhancement Type Mosfet Praween Sinha Department of Electronics & Communication Engineering Maharaja Agrasen Institute Of Technology, Rohini sector -22,
Panel-mounted Thermostats
sles@jumo.co.uk info.us@jumo.net Dt Sheet 602010 Pge 1/7 Pnel-mounted Thermostts ETH Series Specil fetures Version ccording to DIN EN 14597 Pressure Equipment Directive 97/23/EC Brief description Pnel-mounted
Digital Principles and Design
Digital Principles and Design Donald D. Givone University at Buffalo The State University of New York Grauu Boston Burr Ridge, IL Dubuque, IA Madison, Wl New York San Francisco St. Louis Bangkok Bogota
Synchronous Digital Logic Systems. Review of Digital Logic. Philosophy. Combinational Logic. A Full Adder. Combinational Logic
Synchronous igital Logic Systems Review of igital Logic Prof. Stephen. Edwards Raw materials: MOS transistors and wires on Is Wires are excellent conveyors of voltage Little leakage Fast, but not instantaneous
SYNCHRONOUS DERIVED CLOCK AND SYNTHESIS OF LOW POWER SEQUENTIAL CIRCUITS *
SYNCHRONOUS DERIVED CLOCK AND SYNTHESIS OF LOW POWER SEUENTIAL CIRCUITS * Wu Xunwei (Department of Electronic Engineering Hangzhou University Hangzhou 328) ing Wu Massoud Pedram (Department of Electrical
Microcontrollers and Interfacing week 7 exercises
SERIL TO PRLLEL CONVERSION Serial to parallel conversion Microcontrollers and Interfacing week exercises Using many LEs (e.g., several seven-segment displays or bar graphs) is difficult, because only a
Sequencer devices. Philips Semiconductors Programmable Logic Devices
hilips emiconductors rogrmmle Logic Devices equencer devices INTODUTION Ten yers go, in their serch for strightforwrd solution to complex sequentil prolems, hilips emiconductors originted rogrmmle Logic
ESE 570 STATIC SEQUENTIAL CMOS LOGIC CELLS. Kenneth R. Laker, University of Pennsylvania, updated 25Mar15
ESE 570 STATIC SEQUENTIAL CMOS LOGIC CELLS 1 Classes of Logic Circuits two stable op. pts. Latch level triggered. Flip-Flop edge triggered. one stable op. pt. One-shot single pulse output no stable op.
DRAFT. Vocal Music AOS 2 WB 3. Purcell: Music for a While. Section A: Musical contexts. How is this mood achieved through the following?
Purcell: Music for While Section A: Musicl contexts Like the Bch Brndenurg Concerto No. 5 in Workook 1, this song y Henry Purcell ws composed during the Broque er. To understnd the music it is helpful
ELEC 4609 IC DESIGN TERM PROJECT: DYNAMIC PRSG v1.2
ELEC 4609 IC DESIGN TERM PROJECT: DYNAMIC PRSG v1.2 The goal of this project is to design a chip that could control a bicycle taillight to produce an apparently random flash sequence. The chip should operate
FP 12.4: A CMOS Scheme for 0.5V Supply Voltage with Pico-Ampere Standby Current
FP 12.4: A CMOS Scheme for 0.5V Supply Voltage with Pico-Ampere Standby Current Hiroshi Kawaguchi, Ko-ichi Nose, Takayasu Sakurai University of Tokyo, Tokyo, Japan Recently, low-power requirements are
Design and Simulation of a Digital CMOS Synchronous 4-bit Up-Counter with Set and Reset
Design and Simulation of a Digital CMOS Synchronous 4-bit Up-Counter with Set and Reset Course Number: ECE 533 Spring 2013 University of Tennessee Knoxville Instructor: Dr. Syed Kamrul Islam Prepared by
EXPERIMENT #6 DIGITAL BASICS
EXPERIMENT #6 DIGITL SICS Digital electronics is based on the binary number system. Instead of having signals which can vary continuously as in analog circuits, digital signals are characterized by only
CMST 220 PUBLIC SPEAKING
CMST 220 PUBLIC SPEKING RED G. METZGER, INSTRUCTOR OICE: RINIER 213 PHONE: 253-964-6659 fmetzger@pierce.ctc.edu O V E R V I E W PUBLIC SPEKING IS N OPPORTUNITY TO LOOK GOOD IN RONT O PEOPLE. LL YOUR LIE
find out more at eastcoast.co.uk/2for1 eastcoast.co.uk/welcome
1 estcost.co.uk estcost.co.uk/welcome fin out more t estcost.co.uk/2for1 Welcome to the new Est Cost timetble for My to December 2011 We re excite to unveil some huge evelopments t Est Cost. We ve been
Power-Optimal Pipelining in Deep Submicron Technology
ISLPED 2004 8/10/2004 -Optimal Pipelining in Deep Submicron Technology Seongmoo Heo and Krste Asanovi Computer Architecture Group, MIT CSAIL Traditional Pipelining Goal: Maximum performance Vdd Clk-Q Setup
LCD Data Projector VPL-S500U/S500E/S500M
LCD Dt Projector VPL-S500U/S500E/S500M Sony presents to you... In tody s world it is esy to crete n impctful nd colorful presenttion full of chrts grphics video clips nd nimtions. To deliver these effective