Summer Semester 2012/13
Summer Semester 2013/14
Summer Semester 2014/15
Summer Semester 2015/16
Circuit Theory 1 EZ1C200011
Course content:Active and passive elements in electric district . Methods of solving of districts AC and DC in establish state. Forces.
Learning outcomes:
EK1-uses the proper notion from range of districts theory,
EK2-describes characteristics and parameters of basic elements of electric districts,
EK3-defines and explanes the magnetic coupling transmission phenomenon and presents typical for this phenomenon relationship,
EK4-calculates currents, tensions and forces in linear electric districts AC and DC,
EK5-advantages in theory of districts the number clubbed,
EK6-interpretes correctly and verifies received results.
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Term 2012L:
Course content:Active and passive elements in electric district . Methods of solving of districts AC and DC in establish state. Forces. |
(in Polish) Rodzaj przedmiotu
Course coordinators
Learning outcomes
EK1-student uses the proper notion from range of districts theory.
EK2-student describes characteristics and parameters of basic elements of electric districts.
EK3-defines and explanes the magnetic magnetic coupling transmission phenomenon and presents typical for this phenomenon relationship.
EK4-calculates currents, tensions and forces in linear electric districts AC and DC.
EK5-advantages in theory of districts the number clubbed.
EK6-interpretes correctly and verifies received results.
Bibliography
a) basic references:
1. Bolkowski S.: Electrical circuits theory,WNT,Warszawa 2008
2. Krakowski M.: Theoretical elektrotechnics,PWN,Warszawa 1999
3. Osiowski J., Szabatin J.: Basis theory cicuits,WNT,Warszawa 2003
4. Collective work edited by J. Makala: Tasks from bases of electrical engineering, Publishing houses PB, Bialystok 2006
b) supplementary references:
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Term 2012L:
a) basic references: |