Self-study AE2.021 (Electronics Systems: Analog & Digital Systems)

9 modules following the course's real lecture slides, cross-referenced with 2 textbooks (Mike Tooley & Thomas Floyd), with a self-graded quiz and companion Python notebook.

Tooley ch.2 (p.25-38) · Floyd ch.2 (p.65-124)

Open lesson → Logic Circuits

MODULE 02: Logic Gates & Boolean Algebra

Tooley ch.5 (p.70-94) · Floyd ch.3-4 (p.125-260), ch.7 (bistables, p.387+)

Open lesson → Integrated Circuits & MSI

MODULE 03: Integrated Circuits & Multiplexing

Tooley ch.8-9 (p.139-164) · Floyd ch.6 (p.313-386), ch.15 (IC technologies)

Open lesson → Computers & Microprocessors

MODULE 04: Computer Structure & Microprocessors (CPU)

Tooley ch.6-7 (p.95-138) · Floyd ch.11 (semiconductor memory, p.627-696)

Open lesson → Data Buses

MODULE 05: Aircraft Data Buses

Tooley ch.4 (p.53-69) · Lecture "Data Buses" (18 slides)

Open lesson → Electronic Displays

MODULE 06: Electronic Displays and Flight Deck Information Systems

Tooley ch.1, ch.11, ch.15 (sections 15.1 to 15.3) · Floyd ch.4 (Applied Logic) and ch.6 (7-segment) · Lecture "Electronic displays" (36 slides)

Open lesson → Software Control

MODULE 07: Aircraft Software Management Control

Tooley ch.13 (p.207-217) · EASA Part-66 Module 5.13 lecture notes (6 pages) · Floyd ch.2 section 2-12 and ch.11 section 11-11

Open lesson → Fibre Optics

MODULE 08: Fibre Optics in Aircraft

Tooley ch.10 (p.162-177) · Lecture "Fiber optics" (37 slides) · Floyd ch.13 section 13-1 (p.740-745)

Open lesson → EMC

MODULE 09: Electromagnetic Compatibility (EMC) in Aircraft

Tooley ch.14 (p.218-237) · Lecture "EMC and Aircraft" (46 slides) · Floyd ch.13 section 13-1, ch.6 section 6-11, ch.15 section 15-3

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