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Lunds Tekniska Högskola | Lunds universitet

ETIN30 Integrerad radioelektronik

Kursmaterial

2018/2019


Course Material for Integrated Radio Electronics ETI 170

Process parameters 0.35um CMOS
Process parameters 130nm CMOS
Process parameters 65nm CMOS
Indentro technology file (old 0.35um)

Getting started with Indentro (PowerPoint version)
Getting started with Indentro (pdf version)

Lectures (slides from the 10-lecture series, for additional details)

Lecture 1 (introduction & architectures)
Lecture 2 (the MOS transistor & passive components)
Lecture 3 (RLC circuits & amplifiers)
Lecture 4 (noise & simulation tools)
Lecture 5 (low-noise amplifiers)
Lecture 6 (oscillators)
Lecture 7 (phase noise & RF layout)
Lecture 8 (mixers)
Lecture 9 (Power amplifiers)
Lecture 10 (Transmitters)

Previous tests (no exam in the course, but still useful problem solving)

X-tenta 2001-03-06
X-tenta 2002-03-05
X-tenta 2003-03-11   Solutions
X-tenta 2004-03-09   Solutions
X-tenta 2005-03-08   Solutions
X-tenta 2006-03-07   Solutions
X-tenta 2007-03-06   Solutions
X-tenta 2008-03-14   Solutions
X-tenta 2009-03-11   Solutions
X-tenta 2010-03-10   Solutions
X-tenta 2011-03-12   Solutions

Hand-ins (not mandatory anymore)

Hand In 1
Hand In 2
Hand In 3


Laborations (not sceduled or mandatory, but may be useful to get aquanted with tools)

Laboration 1
Laboration 2
Laboration 3

Old laborations

Laboration 1
Laboration 2
Laboration 3


Exercises (not scheduled or mandatory, but can still be useful to practise problem solving)

Exercise 1 (architectures)
Exercise 2 (the MOS transistor & passive components)
Exercise 3 (RLC circuits & amplifiers)
Exercise 4 (noise)
Exercise 5 (low-noise amplifiers)
Exercise 6 (oscillators & phase-noise)
Exercise 7 (mixers)
Exercise 8 (power amplifiers & bandgap references)

Solutions

Not updated to latest technology, but still useful in most parts

Exercise 1 (architectures)
Exercise 2 (the MOS transistor & passive components)
Exercise 3 (RLC circuits & amplifiers)
Exercise 4 (noise)
Exercise 5 (low-noise amplifiers)
Exercise 6 (oscillators & phase-noise)
Exercise 7 (mixers)
Exercise 8 (power amplifiers & bandgap references)