School / Prep
ENSEIRB-MATMECA
ECTS
8 credits
Internal code
EE6B
Description
Level of knowledge :
N1: beginner
N2: intermediate
N3: confirmed
N4: expert
The knowledge (skills) expected at the end of EU courses
Know how to quantify and analyze the impact of interconnections on signal integrity: (C1, N1), (C2, N1)
Know how to apply the basics of analog electronics and use CAD software to design a prototype circuit on a board: (C1, N1), (C2, N1)
Be introduced to CMOS integrated circuit manufacturing technologies: (C1, N1), (C2, N1)
Learning outcomes in terms of abilities, skills and attitudes expected at the end of UE
Model an interconnection line and equate the model in order to study propagation and coupling phenomena (case of 2 lines): (C4, N1)
Use the PSPICE simulation tool to study and validate the behavior of electronic lines or circuits: (C3, N1)
Understand the design of electronic boards, respecting a few elementary rules of the art (constraints linked to interconnections, component footprints... ), using the PROTEUS CAD tool: (C3, N1), (C4, N1)
Produce an electronic circuit from specifications, covering all stages of design (theoretical circuit design and calculations, simulation validation, printed circuit manufacture, component soldering and testing): (C3, N1), (C4, N1), (C5, N1), (C7, N1), (C8, N1)
Use CAD software (CADENCE) to design and simulate integrated electronic circuits: (C3, N1)
Learn to design integrated circuits by combining elementary functions within the framework of a project: (C4, N1), (C5, N1), (C8 N1)