Linear Integrated Circuits

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

</div> <div jsname="WJz9Hc" style="display:none">Simple & clean noten van lineaire geïntegreerde schakelingen voor de elektronica engineering. Het bevat alle belangrijke onderwerpen die hieronder worden gegeven

UNIT-I: Inleiding tot Operationele versterkers en Kenmerken

Invoering

Blokdiagram

eigenschappen en equivalente circuits een ideale op-amp

verschillende types van de operationele versterkers en hun toepassingen

Voeding configuraties voor OPAMP toepassingen

Inverting versterker

niet-inverterende versterker configuraties

Regels: Inverting Versterker

Regels: Niet-inverterende versterker

UNIT-II: De praktische op-amp

De praktische op-amp Inleiding

offset spanning

instelstroom

common-mode rejection ratio

frequentie beperkingen en vergoedingen

UNIT-III: versterkers en oscillatoren

optellen versterker

Integrators en onderscheidende, Instrumentatie versterker

De Integrator Amplifier

Differentiële input en differentiële eindversterker

Voltage-serie feedback versterker

Voltage-shunt feedback versterker

Wein brug oscillator

UNIT-IV: actieve filters

Kenmerken van filters

Classificatie van filters

Omvang en frequentierespons

Butterworth filter ontwerp

Tweede Orde Filters

Eerste-orde Butterworth Active Low-pass filter

Passief High Pass Filter

Passief Band Pass Filter

Chebyshev filter kenmerken

Band verwerpen filters

notch filter

Alle pass filters

UNIT-V: Comparators en Converters:

Comparator

Zero Crossing Detector

Monostabiele en stabiele multivibrator

De Schmitt Trigger

Clipper en clampers

Absolute waarde uitgangscircuit

Proef en houd Circuit

Precision gelijkrichters

Voltage-to-current converter

Huidige naar spanning Converter Met behulp van Op Amp

UNIT-VI: Geavanceerde toepassingen

Toepassingen zoals frequentiedeler

AVC met behulp van op-AMP en analoge multipliers

eenvoudige OP-AMP Voltage regulator

Vaste en verstelbare Voltage Regulators

Basic Switching Regulator en kenmerken</div> <div class="show-more-end">