Electronics EE 3 C 11 Introduction Rene van

Electronics EE 3 C 11 (Introduction) Rene van Swaaij Chris Verhoeven Anton Montagne Marion de Vlieger 1

Building the “bridge” Customer Specifications come from the top Hardware comes from the bottom Show-stoppers come from the bottom Biased transistor Bottom-up design e ar w -a om t t o “B n w do p to ” n ig s de Design Methodology Circuits Semiconductors Top-down design

Content This course is about Technology aware Design Methodology 3

Books Electronics Structured Electronic Design Edition 1. 2 A. Montagne This book is available at: ETV DESK! Semiconductors Semiconductor Physics and Devices; Basic Principles Donald A. Neamen Mc. Graw-Hill International Edition, (4 th edition) This book is available at the ETV desk. (Limited number. <20, more are ordered) 4

Bloom for engineers 4, 5, 6: Analyze, Evaluate, Synthesize 3: Apply Level 2: Understand TU-Delft Engineer 1: Remember Design methodology F 6 7 8 9 10 5

Traditional Bloom Cycle for Electronic Engineers 3: Apply Active education until level 4 Repeat existing designs Analyze results Tweak designs to meet specs Gradually develop a personal design methodology 2: Understand Student 1: Remember 4: Analyze 5 6 Design methodology t?

Repeat Analyze Tweak “Experience”

No “tweaking” of accidentally available circuit Vacuum tube radio Transistor technology Vacuum tube architecture

Bloom Cycle for Innovators Active education including level 5 and 6 and operationalization 3: Apply 4: Analyze 2: Understand 5: Evaluate The full circle 4: Analyze 6: Synthesize Creative and independent thinking Structured Design methodology 1: Remember Operationalization Realization

Not in this course Sir Douglas Bader “Rules are for the guidance of the wise men and for the 6: Synthesize obedience of fools” ology p o t r io r e f n I necessary n a h t s e u s More is HOW? : Create a design yourself Creative and independent thinking Operationalization

Software LTspice®: Simulation, Schematic capture and Waveform viewer SLi. CAP : To set up and solve Design Equations of electronic circuits. To create design documentation (SLi. CAP is a MATLAB® application: you need a laptop with MATLAB®) HOW? : Create a design yourself LTspice and SLi. CAP 11

This course and related courses Bottom-up design n w do p to e ar EE 4 C 10 w -a - m to t o “B EE 3 C 11 ” n sig e d EE 3 C 11 EE 4109 ET 8011 MSC (masterclass) Circuits Semiconductors Top-down design

Bottom-up design Name Electronics 1 Electronics 2 Instructions Semiconductors 1 Electronics 3 Instructions Electronics 4 Semiconductors 2 Instructions Semiconductors 3 Electronics 5 Instructions Electronics 6 Semiconductors 4 Instructions Electronics 7 Electronics 8 Instructions Electronics 9 Date Time Monday, February 10, 2020 10: 45 - 12: 45 Tuesday, February 11, 2020 15: 45 - 17: 45 Thursday, February 13, 2020 10: 45 - 12: 45 Monday, February 17, 2020 10: 45 - 12: 45 Tuesday, February 18, 2020 15: 45 - 17: 45 Thursday, February 20, 2020 10: 45 - 12: 45 Monday, February 24, 2020 10: 45 - 12: 45 ” Tuesday, February 25, 2020 15: 45 - 17: 45 n sig Thursday, February 27, 2020 10: 45 - 12: 45 e Monday, March 2, 2020 10: 45 -d n - 12: 45 Tuesday, March 3, 2020 15: 45 w 17: 45 o Thursday, March 5, 2020 -d 10: 45 - 12: 45 p Monday, March 9, 2020 to 10: 45 - 12: 45 e Tuesday, March 10, r 2020 15: 45 - 17: 45 a 2020 Thursday, March 12, 10: 45 - 12: 45 w a - 16, 2020 Monday, March 10: 45 - 12: 45 m Tuesday, 15: 45 - 17: 45 to March 17, 2020 t Thursday, March 19, 2020 10: 45 - 12: 45 Bo March “Monday, 23, 2020 10: 45 - 12: 45 Location D@ta Ampere Pulse-Hall 3 D@ta Boole Pulse-Hall 8 D@ta Ampere Pulse-Hall 3 D@ta Electronics Practical Tuesday, March 24, 2020 08: 45 - 10: 45 Tellegen Hall practicumzaal 1 Electronics 10 Instructions Semiconductors 5 Semiconductors 6 Instructions Electronics 11 Instructions Electronics 12 Tuesday, March 24, 2020 Thursday, March 26, 2020 Monday, March 30, 2020 Tuesday, March 31, 2020 Thursday, April 2, 2020 Tuesday, April 7, 2020 Thursday, April 9, 2020 15: 45 - 17: 45 10: 45 - 12: 45 08: 45 - 10: 45 - 12: 45 Ampere Pulse-Hall 3 D@ta Ampere Pulse-Hall 3 Chip Pulse-Hall 3 Pi Top-down design Circuits Semiconductors Schedule

Exam Multiple choice Open book (course books, handouts and the slides) It is allowed to use a laptop or tablet (IN FLIGHTMODE) to look at the slides and handouts. Bonus point for completed design assignment, well documented in SLi. CAP Circuits Semiconductors Top-down design Bottom-up design 14