《小学生思维能力表现标准与分析研 ..29.pptVIP

EECS 150 - Components and Design Techniques for Digital Systems Lec 02 – CMOS Technology9-2-04 ;Outline;We will learn in CS 150 …;What is logic design?;Source: Microsoft Encarta;Overview of Physical Implementations;Integrated Circuits;Printed Circuit Boards;Integrated Circuits;Integrated Circuits;close switch (if A is “1” or asserted)and turn on light bulb (Z);CMOS Devices;What Complementary about CMOS?;Transistor-level Logic Circuits (inv);Logical Values;Big idea: Self-restoring logic;Element of Time;Announcements;Announcements;AND;Transistor-level Logic Circuits - NAND;Transistor-level Logic Circuits;Transistor-level Logic Circuits - NOR;Transistor-level Logic Circuits;Transmission Gate;Transistor-level Logic Circuits - MUX;Interactive Quiz;inputs;easy to implementwith CMOS transistors(the switches we haveavailable and use most);Sequential logic;Synchronous sequential digital systems;Recall: What makes Digital Systems tick?;D-type edge-triggered flip-flop;Parallel to Serial Converter Example;Parallel to Serial Converter Example;Transistor-level Logic Circuits - Latch;scope of CS 150;Technology State 0 State 1 Relay logic Circuit Open Circuit ClosedCMOS logic 0.0-1.0 volts 2.0-3.0 voltsTransistor transistor logic (TTL) 0.0-0.8 volts 2.0-5.0 voltsFiber Optics Light off Light on Dynamic RAM Discharged capacitor Charged capacitor Nonvolatile memory (erasable) Trapped electrons No trapped electrons Programmable ROM Fuse blown Fuse intact Bubble memory No magnetic bubble Bubble present Magnetic disk No flux reversal Flux reversal Compact disc No pit Pit;ZE$I(M=26;9 dnhrPuSyWC#GK)N@37^bkeoisQwUAXD!H*L+1~4.8 cmgqjtRxVBZF%I(M=26:9 dnhrPvTyWC#GK-0@37^blfoisQwUAYE!H*L+1~5.8 cmOuSyWC#F%J)N@37:akeoisQvTzXD!H*L-0`4.8 clfpjtRxVBYE$I(M=25;9 dnhrOuSyWC#GJ)N@37^akeoisQwUzXD!H*L+1`4.8 cmgpjtRxVBZF$I(M=26;9 dnhrPvSyWC#GK-N@37^bleoisQwUAYD!H*L+1~4.8 cmgqOtRxVBZF%J(M=26:a dnhrPvTzWC#GK-0@37^blfpisQwUAYE$H*L+1~5;8 cmgqOuSxVBZFJ)N@37:akeoisQwTzXD!H*L-0`4.8 cmfpjtRxVBZE$I