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Elektrotechnik (BZG5914) 25/26
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Determine the node voltage v1.
Result in [V] with 3 significatif digitals
Determine the total power in W respekting the sign.
Result in Watt with 3 significiant digits.
Determine the voltage over the source.
Result in Volt with three significiant digits.
Tipp: node voltage method
Determine the node voltage v2.
Result in Volt with 3 significiant digits.
Tipp: node voltage method
Determine the power absorbed by the resitance R = 15 Ohm.
Result in W with 3 significiant digits.
Find the Thevenin-Voltage of the equivalent circuit shown in the figure if R1=31 Ohm, R2 = 9 Ohm, R3 = 7 Ohm and is = 3 A.
Result in [V] with 3 significiant digits.
Find the Thevenin-Resistance of the equivalent circuit shown in the figure if R1=33 Ohm, R2 = 7 Ohm, R3 = 8 Ohm and is = 4 A.
Result in [Ohm] with 3 significiant digits.
Determin the Thévénin-Voltage at the two-port exit of the circuit when R1=3 kOhm, R2=6 kOhm and R3=10 kOhm. Result in [V] with 3 significiant digits.
Determin the Thévénin-Resistance at the two-port exit of the circuit when R1=2 kOhm, R2=4 kOhm and R3=4 kOhm. Result in [kOhm] with 3 significiant digits.
Replace the circuit shown by a Thévénin-Circuit assuming the signed two-port. Determine the Thévénin-voltage when R1=4 kOhm and R2=9 kOhm.
Result in [V] with 3 significiant digits.