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Electrical Circuits 1 - classes
Week
(date) 		Topic List of problems Notes,
solutions
1.
(07.10.2024)		 Module content. Literature. Method of assessing. - PDF
Equivalent resistance. Resistors in series and in parallel. PDF PDF
2.
(14.10.2024)		 Wye-delta transformation. Ohm’s Law, Kirchhoff’s Voltage and Current Laws. Voltage and current dividers. Voltage and current sources, source transformation (DC). PDF PDF
3.
(21.10.2024)		 Kirchhoff’s-Laws method, superposition method (DC). PDF PDF
4.
(28.10.2024)		 Loop-Current method (DC). PDF PDF
5.
(04.11.2024)		 Node-Voltage method (DC). PDF PDF
6.
(18.11.2024)		 Node-Voltage method (DC) - practical exercises. PDF -
7.
(25.11.2024)		 Test no. 1 (DC). - Example
8.
(02.12.2024)		 Thevenin’s Theorem (DC). Phasors, phasor diagrams. Equivalent impedance and admittance. PDF PDF
9.
(09.12.2024)		 Ohm’s Law, Kirchhoff’s Voltage and Current Laws (AC). PDF PDF
10.
(09.01.2025)		 Kirchhoff’s-Laws method. Phasor diagrams. PDF PDF
11.
(13.01.2025)		 Loop-Current method (AC). - -
12.
(20.01.2025)		 Node-Voltage method (AC). - -
13.
(27.01.2025)		 Thevenin’s Theorem (AC). - -
14.
(03.02.2025)		 Test no. 2 (AC). - -
15.
(xx.xx.2025)		 (will be used as needed) - -

 
 
Electrical Circuits 1 - specialization workshop
Week
(date) 		Topic List of problems
1.
(14.10.2024)		 Wye-delta transformation. Ohm’s Law, Kirchhoff’s Voltage and Current Laws. Voltage and current dividers. Voltage and current sources, source transformation (DC). PDF
DOCX
2.
(28.10.2024)		 Kirchhoff’s Voltage and Current Laws. Voltage dividers. Voltage and current sources (DC). PDF
DOCX
3.
(25.11.2024)		 Simulation of DC electrical circuits. PDF
Test 1 - PDF


Other:
Latest update: 07.10.2024
Jarosław Forenc