Electrical Engineering Electric Circuits Theory Basic Laws Circuit Theorems

Electrical Engineering Electric Circuits Theory Basic Laws Circuit Theorems Notes

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 Page 1


Electrical Engineering – Electric Circuits Theory 
Michael E.Auer     24.10.2012             EE01 
• Basic Laws 
• Circuit Theorems 
• Methods of Network Analysis 
• Non-Linear Devices and Simulation Models 
EE Modul 1: Electric Circuits Theory 
Page 2


Electrical Engineering – Electric Circuits Theory 
Michael E.Auer     24.10.2012             EE01 
• Basic Laws 
• Circuit Theorems 
• Methods of Network Analysis 
• Non-Linear Devices and Simulation Models 
EE Modul 1: Electric Circuits Theory 
Electrical Engineering – Electric Circuits Theory 
Michael E.Auer     24.10.2012             EE01 
• Current, Voltage, Impedance 
• Ohm’s Law, Kirchhoff's Law 
• Circuit Theorems 
• Methods of Network Analysis 
 
EE Modul 1: Electric Circuits Theory 
Page 3


Electrical Engineering – Electric Circuits Theory 
Michael E.Auer     24.10.2012             EE01 
• Basic Laws 
• Circuit Theorems 
• Methods of Network Analysis 
• Non-Linear Devices and Simulation Models 
EE Modul 1: Electric Circuits Theory 
Electrical Engineering – Electric Circuits Theory 
Michael E.Auer     24.10.2012             EE01 
• Current, Voltage, Impedance 
• Ohm’s Law, Kirchhoff's Law 
• Circuit Theorems 
• Methods of Network Analysis 
 
EE Modul 1: Electric Circuits Theory 
Electrical Engineering – Electric Circuits Theory 
Michael E.Auer     24.10.2012             EE01 
Electric Charges 
 
• Charge is an electrical property of the atomic particles of 
which matter consists, measured in coulombs (C). 
  
• The charge e on one electron is negative and equal in 
magnitude to 1.602 × 10
-19
 C which is called as 
electronic charge. The charges that occur in nature are 
integral multiples of the electronic charge.  
Page 4


Electrical Engineering – Electric Circuits Theory 
Michael E.Auer     24.10.2012             EE01 
• Basic Laws 
• Circuit Theorems 
• Methods of Network Analysis 
• Non-Linear Devices and Simulation Models 
EE Modul 1: Electric Circuits Theory 
Electrical Engineering – Electric Circuits Theory 
Michael E.Auer     24.10.2012             EE01 
• Current, Voltage, Impedance 
• Ohm’s Law, Kirchhoff's Law 
• Circuit Theorems 
• Methods of Network Analysis 
 
EE Modul 1: Electric Circuits Theory 
Electrical Engineering – Electric Circuits Theory 
Michael E.Auer     24.10.2012             EE01 
Electric Charges 
 
• Charge is an electrical property of the atomic particles of 
which matter consists, measured in coulombs (C). 
  
• The charge e on one electron is negative and equal in 
magnitude to 1.602 × 10
-19
 C which is called as 
electronic charge. The charges that occur in nature are 
integral multiples of the electronic charge.  
Electrical Engineering – Electric Circuits Theory 
Michael E.Auer     24.10.2012             EE01 
Electric Current (1) 
 
• Electric current i = dq/dt. The unit of ampere can 
be derived as 1 A = 1C/s. 
• A direct current (dc) is a current that remains 
constant with time. 
• An alternating current (ac) is a current that 
varies sinusoidally with time.  
Page 5


Electrical Engineering – Electric Circuits Theory 
Michael E.Auer     24.10.2012             EE01 
• Basic Laws 
• Circuit Theorems 
• Methods of Network Analysis 
• Non-Linear Devices and Simulation Models 
EE Modul 1: Electric Circuits Theory 
Electrical Engineering – Electric Circuits Theory 
Michael E.Auer     24.10.2012             EE01 
• Current, Voltage, Impedance 
• Ohm’s Law, Kirchhoff's Law 
• Circuit Theorems 
• Methods of Network Analysis 
 
EE Modul 1: Electric Circuits Theory 
Electrical Engineering – Electric Circuits Theory 
Michael E.Auer     24.10.2012             EE01 
Electric Charges 
 
• Charge is an electrical property of the atomic particles of 
which matter consists, measured in coulombs (C). 
  
• The charge e on one electron is negative and equal in 
magnitude to 1.602 × 10
-19
 C which is called as 
electronic charge. The charges that occur in nature are 
integral multiples of the electronic charge.  
Electrical Engineering – Electric Circuits Theory 
Michael E.Auer     24.10.2012             EE01 
Electric Current (1) 
 
• Electric current i = dq/dt. The unit of ampere can 
be derived as 1 A = 1C/s. 
• A direct current (dc) is a current that remains 
constant with time. 
• An alternating current (ac) is a current that 
varies sinusoidally with time.  
Electrical Engineering – Electric Circuits Theory 
Michael E.Auer     24.10.2012             EE01 
Electric Current (2) 
The direction of current flow: 
Positive ions Negative ions 
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