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Simple & clean notes of linear integrated circuits for electronics engineering. It contains all important topics which are given below

UNIT-I: Introduction to Operational Amplifiers and Characteristics		

Introduction		

Block diagram		

characteristics and equivalent circuits of an ideal op-amp		

various types of Operational Amplifiers and their applications		

Power supply configurations for OPAMP applications		

Inverting Amplifier		

non-inverting amplifier configurations		

Rules:Inverting Amplifier

Rules:Non-inverting Amplifier

UNIT-II: The Practical op-amp	

The Practical op-amp Introduction		

Offset voltage		

Bias current		

common-mode rejection ratio		

frequency limitations and compensations		

UNIT-III: Amplifiers and Oscillators	

Summing amplifier		

Integrators and differentiators, Instrumentation amplifier		

The Integrator Amplifier		

Differential input and differential output amplifier		

Voltage-series feedback amplifier		

Voltage-shunt feedback amplifier		

Wein bridge oscillator

	

UNIT-IV: Active Filters		

Characteristics of filters		

Classification of filters		

Magnitude and frequency response		

Butterworth Filter Design		

Second Order Filters		

First-order Butterworth Active Low-pass Filter		

Passive High Pass Filter		

Passive Band Pass Filter

Chebyshev filter characteristics		

Band reject filters		

notch filter		

All pass filters

UNIT-V: Comparators and Converters:		

Comparator		

Zero Crossing Detector		

Monostable and Astable Multivibrator		

The Schmitt Trigger		

Clipper and clampers		

Absolute value output circuit		

Sample and hold Circuit		

Precision rectifiers

Voltage-to-current converter		

Current To Voltage Converter Using Op Amp

UNIT-VI: Advanced applications

Applications as Frequency Divider		

AVC using op-AMP and analog multipliers		

simple OP-AMP Voltage regulator		

Fixed and Adjustable Voltage Regulators		

Basic Switching Regulator and characteristics

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UNIT-I：介绍运算放大器及特点

介绍

框图

特性和理想运算放大器的等效电路

不同类型的运算放大器及其应用

对于运算放大器应用电源配置

反相放大器

非反相放大器配置

规则：反相放大器

规则：非反相放大器

UNIT-II：实用运算放大器

实用运算放大器简介

失调电压

偏置电流

共模抑制比

频率的限制和补偿

UNIT-III：放大器和振荡器

求和放大器

集成商和差异化，仪表放大器

积分放大器

差分输入和差分输出放大器

电压系列反馈放大器

电压并联反馈放大器

文氏电桥

UNIT-IV：有源滤波器

滤波器特性

过滤器的分类

幅度和频率响应

巴特沃斯滤波器设计

二阶滤波器

第一阶Butterworth有源低通滤波器

无源高通滤波器

无源带通滤波器

切比雪夫滤波器特性

带阻滤波器

陷波滤波器

全通滤波器

UNIT-V：比较器和转换器：

比较

过零检测器

单稳态多谐振荡器

施密特触发器

快船和夹持

绝对值输出电路

采样保持电路

精密整流器

电压 - 电流转换器

电流电压转换器使用运算放大器

UNIT-VI：高级应用

应用作为分频器

采用运算放大器和模拟乘法器AVC

简单的OP-AMP稳压器

固定和可调稳压器

基本的开关稳压器和特点</div> <div class="show-more-end">

Linear Integrated Circuits

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