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UNIT 3 | ANALOG CIRCUITS

3.8 Differential input and Differential output amplifier

Welcome to the dynamic world of Op-Amp Applications and Filters! In this unit, we'll explore the versatility of operational amplifiers in various applications and unravel their role as powerful filters in electronic circuits.

3.1 Introduction to Op-Amp Applications and Op-Amp as Filters:
Embark on this unit with an overview of Op-Amp Applications and their vital role as filters in electronic systems.

3.2 Inverting Amplifier Configurations:
Dive into inverting amplifier configurations, understanding their design and practical applications.

3.3 Non-Inverting Amplifier Configurations:
Explore non-inverting amplifier configurations, discovering their characteristics and applications in electronic circuits.

3.4 Summing Amplifier:
Understand the concept and operation of summing amplifiers, a crucial component in signal processing.

3.5 Integrators:
Explore the world of integrators, understanding their role in mathematical operations within electronic circuits.

3.6 Differentiators:
Delve into differentiators, uncovering their significance in processing signal derivatives.

3.7 Instrumentation Amplifier:
Learn about instrumentation amplifiers and their use in precise signal amplification, particularly in measurement applications.

3.8 Differential Input and Differential Output Amplifier:
Explore amplifiers with differential inputs and outputs, understanding their advantages and applications.

3.9 Voltage Series Feedback Amplifier:
Study the characteristics and applications of voltage series feedback amplifiers, including negative feedback, closed-loop voltage gain, and more.

3.10 Voltage Shunt Feedback Amplifier:
Explore the characteristics of voltage shunt feedback amplifiers, understanding their design and practical applications.

3.11 Logarithmic Amplifier:
Discover logarithmic amplifiers and their applications, particularly in processing logarithmic signals.

3.12 Antilogarithmic Amplifier:
Explore antilogarithmic amplifiers, understanding their role in signal processing.

3.13 Triangular Wave Generator:
Dive into triangular wave generators, understanding their construction and applications.

3.14 Rectangular Wave Generator:
Learn about rectangular wave generators and their role in producing square wave outputs.

3.15 Phase Shift Oscillator:
Explore phase shift oscillators, understanding their construction and applications in electronic circuits.

3.16 Wien Bridge Oscillator:
Study Wien Bridge oscillators and their role in generating sinusoidal waveforms.

3.17 Analog Multiplier - MPY 634:
Discover the analog multiplier MPY 634 and its applications in signal processing.

3.18 Voltage-Controlled Oscillator (VCO):
Understand the concept of voltage-controlled oscillators and their applications in frequency modulation.

3.19 Comparator:
Explore comparators and their role in comparing input signals.

3.20 Zero Crossing Detector:
Learn about zero-crossing detectors and their applications in detecting signal crossings.

3.21 Op-Amp as Filters:
Explore Op-Amps' role as filters, understanding their characteristics, classifications, and various filter designs.

Get ready to master the applications and filtering capabilities of operational amplifiers in this comprehensive unit!

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