第三章 多级放大电路和集成 电路运算放大器 3.1多级放大电路 3.2差分放大电路 3.3集成电路运算放大器

第五章反馈 5.1负反馈放大电路的组成和基本类型 5.2负反馈对放大电路性能的影响 5.3负反馈对放大电路应用中的几个问题

第7章波形发生电路 7.1正弦波振荡电路 7.2非正弦波信号产生电路

第九章 集成直流稳压电源 9.1单相整流滤波电路 9.2线性集成稳压器 9.3开关集成稳压电源

Binary Code Natural Binary Coded Decimal (BCD) Decimal BCD group of four binary digits represent 0000 a single decimal digit

Digital system: entity can process, transfer and store any kind of digital signals is Composed of individual digital logic circuits which are designed to perform specified function

Karnaugh maps It is a matrix of squares. each square represent a minterm or maxterm from a Boolean equaTion N-variable karnaugh map have 2 squares The binary numeral on the sides of k-map is the variable coordinates

INTRODUCTION Level five Complex Systems, Function Units from levels Two through Four Level four More complex Function Logic Units, e.g. microprocessor Third IC level (VLSI) Level three Function Logic Units, e.g. adders, Second IC level counters, multiplexers (MSI and LSI) Level two Function Logic Units, e.g. gates, NOT, AND, NAND, EX-OR First IC level (SSI)

Let be the set of all input variables, X={, X1, .Xn} Let y be the set of all output variables, y={Y, 1 ...m} o The combinational function, F, operated on the input variable set, to produce the output variable set y. o The output is related to the input as

FLIP-FLOPS Add the certain combinational logic circuit to the input of the original flip- flop New