Electronics Circuit Network & Measurement
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Follow on Instagram for UpdatesElectronics Circuit Network & Measurement Syllabus — Unit-wise Content
The official GTU curriculum for Electronics Circuit Network & Measurement (subject code DI03011031) as prescribed for IC · Semester 3 divides the course into 5 units, covering 33 listed topics. The unit-wise breakdown below is read from the GTU syllabus document for this subject code, so you can check what the course actually covers before deciding which papers to attempt.
Download the official syllabus PDF (DI03011031)Unit 1 Network
- Elements and Network Analysis 1.1 Network Elements: Active
- Linear and Non- Linear Elements 1.2 Distinguish the various networks: Passive and Active
- Linear and Nonlinear
- Lumped and Distributed
- Unilateral and Bilateral
- Symmetrical and Asymmetrical
- Single port and Two port Network 1.3 Representation of Two Port Parameter:Z-parameter
- ABCD parameter 1.4 Define various two port impedances: Transfer Impedance
- driving point Impedance
- Image Impedance and Terminating Impedance
- Input and Output Impedances 1.5 Define various terms related to network topology: Branch
- Mesh 1.6 Series and parallel connection of resistors
- Mesh Analysis and Node Analysis 1.7 Network Theorems: Thevenin
- Maximum Power Transfer
- Principle of Duality Program Name: Engineering Level: Diploma Branch: Electronics And Communication Engineering Course / Subject Code: DI03011031 Course / Subject Name: Electronics Circuit Network & Measurement
Unit 2 Resonance
- Circuits and Passive Filters 2.1 Determine Quality factor of a Coil and Capacitor. 2.2 Analyze the behavior of Series and Parallel resonant circuit using frequency response curve and calculate resonance frequency and various parameters of Series and Parallel resonant circuit. 2.3 Classify various passive filter circuits 2.4 Design constant-k type Low Pass Filter 2.5 Design constant-k type High Pass Filter
Unit 3 Characteristic
- of Measurement and Bridges 3.1 Define Instrument
- Reproducibility and Repeatability
- Response time 3.2 Describe types of Error & Limiting of errors 3.3 Explain working and applications of AC and DC Bridge. 3.4 Wheatstone bridge
- it’s working and limitations 3.5 Maxwell's bridge 3.6 Schering bridge
Unit 4 Basic Electrical
- Parameter measurement 4.1 Differentiate between moving iron and moving coil type instruments. 4.2 Electronic Multimeter and its advantages 4.3 Explain working of Digital panel meter for voltage
- current and frequency measurement 4.4 Explain working of clamp on Ammeter
- Electronic Wattmeter and energy meter. 4.5 Electronic Multimeter and its advantages 4.6 Explain Construction
- Block diagram
- working and advantage of Digital Storage Oscilloscope (DSO)
Unit 5 Transducers
- and Sensors 5.1 Classification of transducers (active
- secondary resistive
- inductive) 5.2 Describe working of LVDT and inductive transducer. 5.3 Capacitive Transducer
- Pressure measurement using capacitive transducer 5.4 Explain working and principle of Temperature Transducers
- RTD, Thermistor
- Thermocouple Program Name: Engineering Level: Diploma Branch: Electronics And Communication Engineering Course / Subject Code: DI03011031 Course / Subject Name: Electronics Circuit Network & Measurement 5.6 Explain the working principle of temperature sensor (LM35)
- Gas sensor (MQ2) Humidity sensor(DHT-11)
- Ultrasonic sensors. 5.7 Explain absolute and incremental type of Optical encoder and its A, B, C waveform output
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