ABOUT THE COURSE: This course is designed with an aim to make participants familiar with printed circuit board (PCB) design and fundamentals of electronic circuits. Participants will have the capability to examine and build fundamental analog and digital circuits, in addition to creating printed circuit boards, assembling them, and ensuring their proper functionality. Participants will have the opportunity to utilize various CAD and design tools, including schematic entry, PCB layout and routing, circuit simulators, CircuitMaker, and other related software. Participants will gain practical skills in activities such as circuit construction, exporting circuits to PCB layout, working with through holes and vias, and performing routing, among other techniques.INTENDED AUDIENCE: Candidates having or pursuing BTech/MTech/MS/BSc/MSc/PhD degree. Candidates with background in electronics can also attend.PREREQUISITES: Basic ElectronicsINDUSTRY SUPPORT: Electronics Industries, CSIR-CEERI Pilani, Bharat Electronics Limited (BEL), DRDO
Electronic Systems Design: Hands-on Circuits and PCB Design with CAD Software
Indian Institute of Technology Delhi and NPTEL via Swayam
Overview
Syllabus
Week 1: Lecture 1: Introduction
Lecture 2: Passive circuit elements: R, L and CLecture 3: Resistor color coding, Surface mount capacitors and inductors on PCBs
Week 2:Lecture 4: Active circuit elements: MOSFET, BJTsLecture 5: Network analysis: Kirchoff’s LawsLecture 6: Network theorems: Thevenin, Norton, Maximum Power Transfer etc.
Week 3:Lecture 7:Circuit Simulations using SPICE: Operating point analysisLecture 8: DC SimulationsLecture 9: Small-Signal AC Simulations, Large Signal Simulations.
Week 4:Lecture 10: Metal Interconnections, Through holes and vias.Lecture 11: Interconnect designLecture 12: CMOS inverter basics
Week 5:Lecture 13: CMOS inverter designLecture 14:Combinational circuit design: Part 1Lecture 15: Combinational circuit design: Part 2
Week 6:Lecture 16: Sequential circuit design: Part 1Lecture 17:Sequential circuit design: Part 2Lecture 18: Digital Design: Boolean Algebra
Week 7:Lecture 19: Logic Families, Component DatasheetsLecture 20:TTL/CMOS logic Interfacing ConstraintsLecture 21: Hardware Description Languages: VHDL and Verilog
Week 8:Lecture 22:Digital circuit design: Inverters/Logic-gates.Lecture 23:Digital circuit design: decoder/multiplexers.Lecture 24: Digital circuit design: Adders/Multipliers and ALU.
Week 9:Lecture 25:Understanding PCBsLecture 26: Single layer and multi-layer PCBsLecture 27:Holes, Vias, Layers Limitations
Week 10:Lecture 28:Hands-on Training on PCB Prototyping-1Lecture 29: Hands-on Training on PCB Prototyping-2Lecture 30:Hands-on Training on PCB Prototyping-3
Week 11:Lecture 31:Hands-on Training on PCB Prototyping-4Lecture 32: Example: Basic PCB design 1Lecture 33:Example: Basic PCB design 2
Week 12:Lecture 34:Example: Advance PCB design 1Lecture 35: Example: Advance PCB design 2Lecture 36:Conclusion
Lecture 2: Passive circuit elements: R, L and CLecture 3: Resistor color coding, Surface mount capacitors and inductors on PCBs
Week 2:Lecture 4: Active circuit elements: MOSFET, BJTsLecture 5: Network analysis: Kirchoff’s LawsLecture 6: Network theorems: Thevenin, Norton, Maximum Power Transfer etc.
Week 3:Lecture 7:Circuit Simulations using SPICE: Operating point analysisLecture 8: DC SimulationsLecture 9: Small-Signal AC Simulations, Large Signal Simulations.
Week 4:Lecture 10: Metal Interconnections, Through holes and vias.Lecture 11: Interconnect designLecture 12: CMOS inverter basics
Week 5:Lecture 13: CMOS inverter designLecture 14:Combinational circuit design: Part 1Lecture 15: Combinational circuit design: Part 2
Week 6:Lecture 16: Sequential circuit design: Part 1Lecture 17:Sequential circuit design: Part 2Lecture 18: Digital Design: Boolean Algebra
Week 7:Lecture 19: Logic Families, Component DatasheetsLecture 20:TTL/CMOS logic Interfacing ConstraintsLecture 21: Hardware Description Languages: VHDL and Verilog
Week 8:Lecture 22:Digital circuit design: Inverters/Logic-gates.Lecture 23:Digital circuit design: decoder/multiplexers.Lecture 24: Digital circuit design: Adders/Multipliers and ALU.
Week 9:Lecture 25:Understanding PCBsLecture 26: Single layer and multi-layer PCBsLecture 27:Holes, Vias, Layers Limitations
Week 10:Lecture 28:Hands-on Training on PCB Prototyping-1Lecture 29: Hands-on Training on PCB Prototyping-2Lecture 30:Hands-on Training on PCB Prototyping-3
Week 11:Lecture 31:Hands-on Training on PCB Prototyping-4Lecture 32: Example: Basic PCB design 1Lecture 33:Example: Basic PCB design 2
Week 12:Lecture 34:Example: Advance PCB design 1Lecture 35: Example: Advance PCB design 2Lecture 36:Conclusion
Taught by
Prof. Ankur Gupta
