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521326S Radio Engineering 1, 5 ECTS cr 
Code 521326S  Validity 01.08.2015 -
Name Radio Engineering 1  Abbreviation Radio Engineeri 
Scope5 ECTS cr   
TypeAdvanced Studies Discipline4342 Communications Engineering 
TypeCourse   
  Grading1 - 5, pass, fail 
 
   
Unit Electrical Engineering DP 

Teachers
Name
Aarno Pärssinen 
Risto Vuohtoniemi 

Description
ECTS Credits 

5

 
Language of instruction 

English

 
Timing 

Fall, period 2

 
Learning outcomes 

1. learns key components of radio transceivers used in wireless communications including LTE and 5G.

2. knows different kind of impedance matching methods and can design the impedance matching network using lumped components and microstrip lines.
A student can also explain factors, which are limiting the bandwidth of impedance matching networks. Smith chart (admittance/impedance chart).

3. will be able to design a low noise RF amplifier. The amplifier is designed that the noise figure is minimized or the gain is maximized. The impedance matching can also be made for the constant gain.

4. knows single sideband and double sideband noise in mixers. A student will be able to design balanced and double balanced mixer and knows the advantages and the disadvantages of these mixers.

5. will be able to design passive microwave components like a Wilkinson power divider, a directional coupler and hybrids.

6. can explain basic priciples of RF-oscillators. A student can design a cross-coupled oscillator and voltage controlled oscillator.

7. knows concept of noise, non-linearity and dynamic range as used in radio frequency communications.

8. can classify power amplifiers and will be able in the basic case design the matching network for a power amplifier.

 
Contents 

Noise, non-linearity, impedance matching using lumped components, microstrip matching networks, low noise amplifier (LNA) design, active and passive mixers design, Wilkinson power dividers, directional couplers, hybrids, automatic gain control (AGC), cross-coupled oscillator, voltage controlled oscillators, power amplifier design.

 
Mode of delivery 

The lectures and the exercises are organized as remote sessions.

 
Learning activities and teaching methods 

Lectures 24 h, exercises 16 h and the compulsory RF design work with ADS simulation software (20 h).

 
Target group 

1st year M.Sc. and WCE-RF students. 2nd year M.Sc. (Telecom.) and WCE-RAN students.

 
Prerequisites and co-requisites 

Basics of Radio Engineering

 
Recommended optional programme components 

-

 
Recommended or required reading 

Lecture notes. Parts from D.M. Pozar: Microwave Engineering, 4th edition, John Wiley & Sons, Inc., 2012. Parts from B. Razavi: RF Microelectronics, 2nd edition, 2012. Also, additional material from other sources.

 
Assessment methods and criteria 

The course is passed with a final examination and the accepted simulation work report. In the final grade of the course, the weight for the examination is 0.75 and that for the simulation work 0.25.

Read more about assessment criteria at the University of Oulu webpage.

 
Grading 

The course unit utilizes a numerical grading scale 1-5.

 
Person responsible 

Risto Vuohtoniemi, Aarno Pärssinen.

 
Working life cooperation 

No

 
Other information 

-

 


Current and future instruction
Functions Name Type ECTS cr Teacher Schedule
registration period has not begun Radio Engineering 1  Course  Risto Vuohtoniemi  03.11.21 -24.12.21

Future examinations
Functions Name Type ECTS cr Teacher Schedule
registration period has not begun Radio Engineering 1 exam  Exam  Risto Vuohtoniemi  31.01.22
registration period has not begun Radio Engineering 1 exam  Exam  Risto Vuohtoniemi  09.05.22