Principles of Electronics in Automation
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Follow on Instagram for UpdatesPrinciples of Electronics in Automation Syllabus — Unit-wise Content
The official GTU curriculum for Principles of Electronics in Automation (subject code DI01041011) as prescribed for Nano · Semester 1 divides the course into 4 units, covering 27 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 (DI01041011)Unit 1 Introduction of conductor and insulator. D.C. circuit parameter
- o Electric Charge
- Electric Current
- Electric Power
- Electrical Energy
- EMF Potential difference. Ohm’s law Basic Electrical circuit components: o Resistor
- L and C) Series and Parallel connection of R, L and C. A.C. circuit parameters: o Cycle
- Time period
- RMS value
- Average value
- Instantaneous value
- Peak Value
- Reactance Pure resistor
- inductor and capacitor with DC and AC supply
Unit 2 Basic Electrical laws and rules
- o Kirchhoff’s voltage law. o Kirchhoff’s current law. Electromagnetic Induction: o Statically and dynamically induced EMF o Self and Mutual inductance o Faraday’s law o Lenz’s law Teaching Scheme (in Hours) Total Credits L+T+ (PR/2) Assessment Pattern and Marks Total Marks L T PR C Theory Tutorial / Practical ESE (E) PA / CA (M) PA/CA (I) ESE (V) 3 0 2 4 70 30 20 30 150 Program Name: Diploma in Engineering Level: Diploma Branch: Automation and Robotics Course / Subject Code: DI01041011 Course / Subject Name: Principles of Electronics in Automation o Fleming’s right-hand rule for Generator o Fleming’s left-hand rule for Motors. Electrical Devices: o Different types of Transformers: Step-up
- Step- down
- Isolation, and Auto transformer o Construction and working of DC Motor o Construction and working of AC Motor
Unit 3 Brief introduction to semiconductor. Semiconductor material
- o Intrinsic type o Extrinsic type (P-type and N-type) Comparison of Conductor
- Semiconductor and Insulator Basic Semiconductor devices: o Symbol of PN junction diode
- Zener diode, LED, Photo diode
- photo transistor o V-I Characteristics of P-N junction diode
- diode, LED, photo diode
- photo transistor Identify terminals of various semiconductor devices using DMM or CRO
Unit 4 Rectifier Circuits
- Half Wave and Full Wave Rectifier (center tapped and bridge). Transistor: o Basic structure and working of NPN and PNP transistor. o Transistor Parameters: Input resistance
- Output resistance
- current gain. Transistor mode of operation: o Cut-off
- saturation. o Types of transistor configurations: o CE, CB, and CC transistor configuration circuit
- working and V-I Characteristic. Testing of transistor with DMM or CRO. o Transistor as a switch and amplifier. o Photo diode and photo transistor as opto-isolator. 5. Concept of electronic waste. Sustainability and electronic waste. 5 09 Program Name: Diploma in Engineering Level: Diploma Branch: Automation and Robotics Course / Subject Code: DI01041011 Course / Subject Name: Principles of Electronics in Automation Methods to handle electronic waste. Disposal of electronic waste
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