Circuit Theorem

Chapter 4 : Circuit Theorem ,[object Object],[object Object],[object Object],[object Object],[object Object],BEE1113 Chapter 4 : Circuit Theorem NH-credit to NHA

Learning Outcomes ,[object Object],[object Object],[object Object],[object Object],[object Object],BEE1113 Chapter 4 : Circuit Theorem NH-credit to NHA

SUPERPOSITION THEOREM BEE1113 Chapter 4 : Circuit Theorem NH-credit to NHA

Superposition Theorem ,[object Object],BEE1113 Chapter 4 : Circuit Theorem NH-credit to NHA Current Source  open circuit(0 A) Voltage Source  short circuit (0 V)

[object Object],[object Object],[object Object],[object Object],Superposition Theorem BEE1113 Chapter 4 : Circuit Theorem NH-credit to NHA

[object Object],Example 1 BEE1113 Chapter 4 : Circuit Theorem NH-credit to NHA (-0.4706 A)

[object Object],Exercise 1 BEE1113 Chapter 4 : Circuit Theorem NH-credit to NHA (12.5 V)

SOURCE TRANSFORMATION BEE1113 Chapter 4 : Circuit Theorem NH-credit to NHA

Source Transformation ,[object Object],BEE1113 Chapter 4 : Circuit Theorem NH-credit to NHA

Source Transformation BEE1113 Chapter 4 : Circuit Theorem NH-credit to NHA

[object Object],Example 2 BEE1113 Chapter 4 : Circuit Theorem NH-credit to NHA (3.2 V)

[object Object],Exercise 2 BEE1113 Chapter 4 : Circuit Theorem NH-credit to NHA (1.176 A)

THEVENIN’S THEOREM BEE1113 Chapter 4 : Circuit Theorem NH-credit to NHA

Thevenin’s Theorem ,[object Object],BEE1113 Chapter 4 : Circuit Theorem NH-credit to NHA

Thevenin’s Theorem BEE1113 Chapter 4 : Circuit Theorem NH-credit to NHA

Thevenin’s Theorem BEE1113 Chapter 4 : Circuit Theorem NH-credit to NHA Finding V Th and Z Th

Thevenin’s Theorem BEE1113 Chapter 4 : Circuit Theorem NH-credit to NHA Finding Z Th when circuit has dependent sources Z

Thevenin’s Theorem BEE1113 Chapter 4 : Circuit Theorem NH-credit to NHA Circuit with load

[object Object],Example 3 BEE1113 Chapter 4 : Circuit Theorem NH-credit to NHA (R Th =6 Ω , V Th =20 V)

[object Object],Exercise 3 BEE1113 Chapter 4 : Circuit Theorem NH-credit to NHA (R Th =0.44 Ω , V Th =5.33 V)

NORTON’S THEOREM BEE1113 Chapter 4 : Circuit Theorem NH-credit to NHA

[object Object],Norton’s Theorem BEE1113 Chapter 4 : Circuit Theorem NH-credit to NHA

Norton’s Theorem BEE1113 Chapter 4 : Circuit Theorem NH-credit to NHA

Norton’s Theorem BEE1113 Chapter 4 : Circuit Theorem NH-credit to NHA Finding Norton current I N .

Thevenin and Norton Equivalent BEE1113 Chapter 4 : Circuit Theorem NH-credit to NHA

[object Object],Example 4 BEE1113 Chapter 4 : Circuit Theorem NH-credit to NHA (R N =5 Ω , I N =7 A)

[object Object],Exercise 4 BEE1113 Chapter 4 : Circuit Theorem NH-credit to NHA (R N =1 Ω , I N =10 A)

MAXIMUM POWER TRANSFER BEE1113 Chapter 4 : Circuit Theorem NH-credit to NHA

[object Object],Maximum Power Transfer BEE1113 Chapter 4 : Circuit Theorem NH-credit to NHA

Maximum Power Transfer BEE1113 Chapter 4 : Circuit Theorem NH-credit to NHA

[object Object],[object Object],[object Object],Example 5 BEE1113 Chapter 4 : Circuit Theorem NH-credit to NHA (R L =9 Ω , p max =13.44 W)

[object Object],[object Object],[object Object],Exercise 5 BEE1113 Chapter 4 : Circuit Theorem NH-credit to NHA (R L =4.22 Ω , p max =2.901 W)

BEE1113 Chapter 4 : Circuit Theorem NH-credit to NHA ,[object Object],[object Object],[object Object],[object Object],[object Object],[object Object],[object Object],[object Object]

Circuit Theorem

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Circuit Theorem