Page: Syllabus of Book of Linear Integrated Circuits
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As per Choice Based Grading System


Module 01: Introduction To Operational Amplifiers

  • Analysis Of Differential Amplifier Circuit Configurations Using Fets
  • Effect Of Swamping Resistor
  • Current Sources Using Fets
  • Widlar Current Source
  • Wilson Current Source
  • Voltage Sources And References
  • DC Level Shifters
  • Ideal & Practical Operational Amplifiers
  • Operational Amplifier Characteristics
  • Operational Amplifier Parameters
  • Operational Amplifier Open Loop And Closed Loop Configurations

Module 02: Applications Of Operational Amplifier

2.1 Amplifiers:

  • Inverting Amplifier
  • Non-Inverting Amplifier
  • Buffer Amplifier
  • Summing & Difference Amplifier
  • Integrator & Differentiator (Ideal & Practical)
  • Current Amplifier
  • Instrumentation Amplifier
  • Log And Antilog Amplifiers

2.2 Converters:

  • Current To Voltage Converters
  • Voltage To Current Converters
  • Voltage To Frequency Converter
  • Frequency To Voltage Converter

2.3 Active Filters:

  • Second Order Active Low Pass Filters
  • Second Order Active High Pass Filters
  • Second Order Active Band Pass Filters
  • Second Order Active Band Reject Filters
  • Switch Capacitor Filters

2.4 Sine Wave Oscillators:

  • RC Phase Shift Oscillator
  • Wien Bridge Oscillator

Module 03: Non-Linear Applications Of Operational Amplifier

3.1 Comparators:

  • Inverting Comparator
  • Non-Inverting Comparator
  • Zero Crossing Detector
  • Window Detector
  • Peak Detector
  • Sample & Hold Circuits

3.2 Schmitt Triggers:

  • Inverting Schmitt Trigger
  • Non-Inverting Schmitt Trigger

3.3 Waveform Generators:

  • Square Wave Generator
  • Triangular Wave Generator

3.4 Precision Rectifiers:

  • Half Wave Precision Rectifiers
  • Full Wave Precision Rectifiers

Module 4: Analog To Digital And Digital To Analog Convertors

4.1 ADC:

  • Performance Specifications Of ADC
  • Single Ramp ADC
  • Dual Slope ADC
  • Successive Approximation ADC

4.2 DAC:

  • Performance Specifications Of DAC
  • Binary Weighted Resistor DAC
  • R/2R Ladder DAC
  • Inverted R/2R Ladder DAC

Module 05: Special Purpose Integrated Circuits

5.1 Timer IC 555

  • Functional Block Diagram And Working Of IC 555
  • Design Of Monostable Multivibrator Using IC 555
  • Design Of Astable Multivibrator Using IC 555

Application Of IC 555:

  • Pulse Position Modulator
  • Pulse Width Modulator
  • Schmitt Trigger

5.2 VCO IC 566

  • Functional Block Diagram And Working Of VCO IC 566
  • Application Of IC 566 As Frequency Modulator

5.3 PLL IC 565

  • Functional Block Diagram And Working Of PLL IC 565
  • Application Of IC 565 As Fsk Demodulator

5.4 Multiplier IC 534

  • Functional Block Diagram And Working Of Multiplier IC 534
  • Application Of IC 534 As A Phase Detector

5.5 Waveform Generator IC XR 2206

  • Functional Block Diagram And Working Of Waveform Generator XR 2206
  • Application Of IC XR 2206 As Sinusoidal FSK Generator

Module 06: Voltage Regulators

  • Functional Block Diagram Of Voltage Regulators
  • Working And Design Of Three Terminal Fixed (78XX, 79XX Series)
  • Working And Design Of Three Terminal Adjustable (LM 317, LM 337) Voltage Regulators

  • Functional Block Diagram Of General Purpose 723

  • Working And Design Of General Purpose 723 (LVLC, LVHC, HVLC And HVHC) With - Current Limit And Current Fold-Back Protection
  • Switching Regulator Topologies
  • Functional Block Diagram And Working Of LT1070 Monolithic Switching Regulator.
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