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Savitribai Phule Pune University, Maharashtra, Computer Engineering Semester 1, Basic Electronics Engineering (2019 Pattern) Syllabus
Basic Electronics Engineering (2019 Pattern) Lecture notes | Videos | Free pdf Download | Previous years solved question papers | MCQs | Question Banks| Syllabus
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Unit - 1 Introduction to Electronics
1.1 Evolution of Electronics1.2 Impact of Electronics in industry and in society
1.3 Introduction to active and passive components
1.4 Ptype Semiconductor Ntype Semiconductor
1.5 Current in semiconductorsDiffusion and Drift Current
1.6 PN Junction diode construction and its working in forward and reverse bias condition
1.7 VI characteristics of PN junction Diode
1.8 Diode as a switch
1.9 Half Wave Rectifier
1.10 Full wave and Bridge Rectifier
1.11 Zener diode
1.12 Light Emitting Diode LED and photo diode along with VI characteristics and their applications.
1.1 Evolution of Electronics
1.2 Impact of Electronics in industry and in society
1.3 Introduction to active and passive components
1.4 Ptype Semiconductor Ntype Semiconductor
1.5 Current in semiconductorsDiffusion and Drift Current
1.6 PN Junction diode construction and its working in forward and reverse bias condition
1.7 VI characteristics of PN junction Diode
1.8 Diode as a switch
1.9 Half Wave Rectifier
1.10 Full wave and Bridge Rectifier
1.11 Zener diode
1.12 Light Emitting Diode LED and photo diode along with VI characteristics and their applications.
1.1 Evolution of Electronics
1.2 Impact of Electronics in industry and in society
1.3 Introduction to active and passive components
1.4 Ptype Semiconductor Ntype Semiconductor
1.5 Current in semiconductorsDiffusion and Drift Current
1.6 PN Junction diode construction and its working in forward and reverse bias condition
1.7 VI characteristics of PN junction Diode
1.8 Diode as a switch
1.9 Half Wave Rectifier
1.10 Full wave and Bridge Rectifier
1.11 Zener diode
1.12 Light Emitting Diode LED and photo diode along with VI characteristics and their applications.
Unit - 2 Transistor and OPAMP
2.1 Bipolar Junction Transistor Construction Type Operation VI Characteristics2.2 Region Of Operation
2.3 BJT As Switch And CE Amplifier
2.4 Metal Oxide Semiconductor Field Effect Transistors Mosfet ConstructionTypes Operation
2.5 VI Characteristics
2.6 Regions Of Operation MOSFET As Switch Amplifier
2.7 Operational Amplifier
2.8 Functional Block Diagram Of Operational Amplifier
2.9 Ideal Operational Amplifier
2.10 OpAmp As Inverting And Non Inverting Amplifier
2.1 Bipolar Junction Transistor Construction Type Operation VI Characteristics
2.2 Region Of Operation
2.3 BJT As Switch And CE Amplifier
2.4 Metal Oxide Semiconductor Field Effect Transistors Mosfet ConstructionTypes Operation
2.5 VI Characteristics
2.6 Regions Of Operation MOSFET As Switch Amplifier
2.7 Operational Amplifier
2.8 Functional Block Diagram Of Operational Amplifier
2.9 Ideal Operational Amplifier
2.10 OpAmp As Inverting And Non Inverting Amplifier
2.1 Bipolar Junction Transistor Construction Type Operation VI Characteristics
2.2 Region Of Operation
2.3 BJT As Switch And CE Amplifier
2.4 Metal Oxide Semiconductor Field Effect Transistors Mosfet ConstructionTypes Operation
2.5 VI Characteristics
2.6 Regions Of Operation MOSFET As Switch Amplifier
2.7 Operational Amplifier
2.8 Functional Block Diagram Of Operational Amplifier
2.9 Ideal Operational Amplifier
2.10 OpAmp As Inverting And Non Inverting Amplifier
Unit - 2 Transistor and OPAMP
2.1 Bipolar Junction Transistor Construction Type Operation VI Characteristics2.2 Region Of Operation
2.3 BJT As Switch And CE Amplifier
2.4 Metal Oxide Semiconductor Field Effect Transistors Mosfet ConstructionTypes Operation
2.5 VI Characteristics
2.6 Regions Of Operation MOSFET As Switch Amplifier
2.7 Operational Amplifier
2.8 Functional Block Diagram Of Operational Amplifier
2.9 Ideal Operational Amplifier
2.10 OpAmp As Inverting And Non Inverting Amplifier
2.1 Bipolar Junction Transistor Construction Type Operation VI Characteristics
2.2 Region Of Operation
2.3 BJT As Switch And CE Amplifier
2.4 Metal Oxide Semiconductor Field Effect Transistors Mosfet ConstructionTypes Operation
2.5 VI Characteristics
2.6 Regions Of Operation MOSFET As Switch Amplifier
2.7 Operational Amplifier
2.8 Functional Block Diagram Of Operational Amplifier
2.9 Ideal Operational Amplifier
2.10 OpAmp As Inverting And Non Inverting Amplifier
2.1 Bipolar Junction Transistor Construction Type Operation VI Characteristics
2.2 Region Of Operation
2.3 BJT As Switch And CE Amplifier
2.4 Metal Oxide Semiconductor Field Effect Transistors Mosfet ConstructionTypes Operation
2.5 VI Characteristics
2.6 Regions Of Operation MOSFET As Switch Amplifier
2.7 Operational Amplifier
2.8 Functional Block Diagram Of Operational Amplifier
2.9 Ideal Operational Amplifier
2.10 OpAmp As Inverting And Non Inverting Amplifier
Unit - 3 Number System and Logic Gates
3.7 Binary Arithmetic3.16 Flip flops
3.17 Introduction to Microprocessor and Microcontroller
3.7 Binary Arithmetic
3.16 Flip flops
3.17 Introduction to Microprocessor and Microcontroller
3.7 Binary Arithmetic
3.16 Flip flops
3.17 Introduction to Microprocessor and Microcontroller
Unit - 4 Electronic Instrumentation
4.1 Principles and block diagram of digital multimeter4.2 Function Generator
4.3 DSO
4.4 A.C to D.C power Supply
4.5 Autotransformer
4.6 Analog ammeter and voltmeter
4.1 Principles and block diagram of digital multimeter
4.2 Function Generator
4.3 DSO
4.4 A.C to D.C power Supply
4.5 Autotransformer
4.6 Analog ammeter and voltmeter
4.1 Principles and block diagram of digital multimeter
4.2 Function Generator
4.3 DSO
4.4 A.C to D.C power Supply
4.5 Autotransformer
4.6 Analog ammeter and voltmeter
Unit - 5 Sensors
5.1 Classification of sensors transducers 5.2 Based on necessity of excitation for obtaining voltage current output
5.3 Based on direct indirect sensing of measurand
5.4 Motion sensors
5.5 Temperature sensors
5.6 Semiconductor Sensors
5.7 Optical Sensors
5.8 Mechanical Sensors
5.9 Biosensors
5.1 Classification of sensors transducers
5.2 Based on necessity of excitation for obtaining voltage current output
5.3 Based on direct indirect sensing of measurand
5.4 Motion sensors
5.5 Temperature sensors
5.6 Semiconductor Sensors
5.7 Optical Sensors
5.8 Mechanical Sensors
5.9 Biosensors
5.1 Classification of sensors transducers
5.2 Based on necessity of excitation for obtaining voltage current output
5.3 Based on direct indirect sensing of measurand
5.4 Motion sensors
5.5 Temperature sensors
5.6 Semiconductor Sensors
5.7 Optical Sensors
5.8 Mechanical Sensors
5.9 Biosensors
Unit - 6 Communication Systems
6.1 Basic Communication System Block Diagram6.2 Modes of Transmission
6.3 Communication Media Wired and Wireless
6.4 Electromagnetic Spectrum
6.5 Allotment of frequency band for different applications
6.6 Block Diagram of AM and FM Transmitter and receiver
6.1 Basic Communication System Block Diagram
6.2 Modes of Transmission
6.3 Communication Media Wired and Wireless
6.4 Electromagnetic Spectrum
6.5 Allotment of frequency band for different applications
6.6 Block Diagram of AM and FM Transmitter and receiver
6.1 Basic Communication System Block Diagram
6.2 Modes of Transmission
6.3 Communication Media Wired and Wireless
6.4 Electromagnetic Spectrum
6.5 Allotment of frequency band for different applications
6.6 Block Diagram of AM and FM Transmitter and receiver
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