Unit 1 & 2 : SCILAB / MATLAB / PSIM / PSCAD/FALSTAD any of the software, UNIT 3

• Electrical Autocad) Unit No Content No of Hours % of Weightage

Unit 2 Simulation and analysis of Electrical Engineering

14 lecture hours

•  Introduction to simulation concepts and importance in engineering design.  Features of typical simulation environments (menus
• libraries).  Representation of passive elements (R, L, C) and source modeling.  Building and simulating simple DC and AC circuits.  Series
• parallel, and mixed circuits (R-L
• R-L-C).  Steady-state and transient analysis of first-order circuits.  Voltage
• current, and power measurement during simulation.  Simulation and programming idea in electrical machines and transformer.  Simulation and programming concept in electrical power system engineering.  Exporting plots
• graphs, and simulation reports

Unit 3 Simulation and analysis of electronic circuits

•  Overview of electronic circuit simulation tools and environments.  Representation and modeling of electronic circuits like diodes
• FETs, and OPAMPs.  Diode characteristics and rectifier circuits (half-wave
• bridge).  Clipper
• clamper, and voltage regulator circuit simulation.  BJT and FET amplifier simulation — biasing and gain study.  RC-coupled and two-stage amplifier circuits.  Oscillator circuits — RC, Hartley
• Wien Bridge
• Crystal. 10 20% GUJARATTECHNOLOGICALUNIVERSITY Program Name: Diploma Engineering Level: Diploma Branch: Electrical Engineering / Renewable Energy Subject Code: DI04000331 Course/Subject Name: Electrical AutoCAD & Simulation w.e.f. 2025-26 http://syllabus.gtu.ac.in/ Page 3 of 7  OPAMP-based applications: inverting
• comparator.  Timer IC 555 - Astable and Monostable simulations.  Logic gate simulation (AND, OR, NOT, NAND, NOR, XOR, XNOR)  Verification of De Morgan’s Theorem and universal gate operation  Sequential circuits: half adder
• full adder
• flip- flop basics  Transient and frequency response analysis for electronic circuits  Comparative study of simulation outputs with expected theoretical results

Unit 4 Electrical Autocad

• Menu browser
• AutoCAD Classic workspace: Title bar, Menu bar, Standard tool bar, Properties tool bar, Draw tool bar, Modify tool bar, Draw area
• UCS  Command prompt window: Cross hair
• Layout tabs
• Function tabs  Keyboard Function keys: F1 to F12  Screen Menu & Layout  Dimensions in AutoCAD  Coordinate system: Absolute and Polar  Draw command: Line
• X Line, Ray, Polygon
• Circle, Arc, Ellipse
• Hatch  Modify command: Erase
• Array  Drafting settings: Snap and grid
• Polar tracking
• Object snap
• 3D object snap  3D Modelling: Box, Sphere
• Psolid  Boolean operation: Union
• Slice  Plot and Print preview GUJARATTECHNOLOGICALUNIVERSITY Program Name: Diploma Engineering Level: Diploma Branch: Electrical Engineering / Renewable Energy Subject Code: DI04000331 Course/Subject Name: Electrical AutoCAD & Simulation w.e.f. 2025-26 http://syllabus.gtu.ac.in/ Page 4 of 7