Learning results (according to ANECA's Verified Memory):

- to know the different applications of power electronics.

- design and analyze power electronics systems.

- to enable students to simulate and implement power electronics

systems.

Degree competencies that are developed in the course to achieve these learning

outcomes:

TEE7 - Applied knowledge of power electronics.

General Competencies that are worked on:

C3 - Knowledge in basic and technological subjects, which enables them

to learn new methods and theories, and gives them the versatility to

adapt to new situations.

C4 - Ability to solve problems with initiative, decision making, creativity,

critical reasoning and to communicate and transmit knowledge, skills and

abilities in the field of Industrial Engineering, specific Electrical

Technology.

C5 - Knowledge to carry out measurements, calculations, appraisals,

valuations, appraisals, surveys, studies, reports, work plans and other

similar works.

1.-Introduction and previous knowledge.

2.- AC-DC rectifiers.

3.- AC-AC alternating voltage controllers.

4.- DC-DC converters.

5.- DC-AC inverters.

6.- Power Electronics Applications.

The lectures will be used to expose in a systematic, orderly and as complete as

possible, the topics set out in the program of the course, as well as to resolve

any doubts raised by students, seeking to stimulate their interest and increase

their level of learning.

The CLASSROOM PRACTICES will be the necessary complement for the

assimilation of the theoretical concepts acquired in the master class, through

the practical development of case studies. Work will be done in small groups

encouraging the use of active methodologies.

In the LABORATORY PRACTICES, through the use of appropriate hardware

and software, different cases and practical problems will be developed and put

into practice, aiming at learning based on the resolution of automation

problems.

Continuous Assessment

Laboratory and continuous assessment:

40% Laboratory attendance

mandatory Laboratory reports: 10%

Directed assignments / Deliverable:

30% Laboratory reports: 10%

Directed assignments / Deliverable:

30% Laboratory reports: 10%

Directed assignments / Deliverable:

30% Laboratory reports: 30%

Final exam: 60%.

The exam will be divided into a theory part with a weight of 40% and two

problems with a weight of 60%.

In order to be able to average the different parts of the exam, it will be

necessary to obtain a grade higher or equal to 4 in the theory part and

that none of the problems has a grade lower than 3.

Final Evaluation

According to article 8.3, chapter II of the Regulations on Student Evaluation in

official undergraduate degrees, anyone who chooses the final evaluation

system must submit in writing to the faculty responsible for the subject the

waiver of continuous assessment, for which he/she will have a period of 9

weeks from the beginning of the course.

In this case, the evaluation will consist of two tests to be held on the same day

as the official examination:

• Final exam: 60%.

• Practical test in the laboratory: 40%.

Both the final exam and the practical test will be divided into a theory part with a

weight of 40% and a practical problem/exercise with a weight of 60%. In order

to obtain the average between the exam and the practical test, it will be

necessary to obtain a grade higher or equal to 4 in both parts of theory and in

the problem and practical test.

If the student does not take the exam in the Ordinary Examination, he/she will

obtain the grade "NOT PRESENTED", regardless of his/her participation in the

activities developed throughout the course.

The grade obtained in the continuous evaluation will be kept for the

extraordinary exam.

In the case of students with functional diversity, the procedure will be in

accordance with art. 68 of the Statutes of the UPV/EHU.

During the evaluation tests, the protocol on academic ethics and prevention of

dishonest or fraudulent practices in evaluation tests and academic work at the

UPV/EHU will be taken into account.

Topics and practice scripts provided by the teachers of the course to be
uploaded to the eGela platform.

Basic bibliography

¿Electrónica de Potencia¿.

Autor.Daniel W.Hart. Ed : Prentice Hall.

¿ Electrónica de Potencia. Los convertidores estáticos de energía. Conversión Alterna-Continua¿.

Autor: Guy Séguier. Ed.: Gustavo Gili.

¿Electrónica Industrial. Componentes, Circuitos y Sistemas de Potencia¿.

Autor: G.Herranz Acero. Ed.: E.T.S.I.T Madrid.

In-depth bibliography

¿Modern power electronics and AC drives¿.
Autor: B. K. Bose. Ed.: Prentice Hall.
¿Fuentes de alimentación electrónicas conmutadas¿.
Autor: R Damaye,C.Gagne. Ed.: Paraninfo.
¿Alimentación de equipos informáticos y otras cargas críticas¿.
Autor:Salvador Martinez Garcia. Ed.: Mc Grawhill.