The circuit 1 is equivalent to the circuit 2 with respect to the terminals A and B, if the values of VTH and RTH are: 2 kf2 4 kll RTH ww A 12 v(+ (t)2 mA 2 k) VTH ) Circuit 2 B B Circuit 1 Chon một O...

The circuit 1 is equivalent to the circuit 2 with respect to the terminals A and B, if the values of VTH and RTH<br>are:<br>2 kf2<br>4 kll<br>RTH<br>ww A<br>12 v(+<br>(t)2 mA<br>2 k)<br>VTH ) Circuit 2<br>B<br>B<br>Circuit 1<br>Chon một<br>O a. VTH = 2V, RTH = 2K<br>O b. VTH = 3V, RTH = 1.5Kn<br>Oc VTH = 3.5V, RTH = 1.5Ko<br>%3D<br>O d. VTH = 4V, RTH = 1.5Ko<br>The Thevenin voltage and the resistor in the given circuit is<br>and , respectively.<br>

Extracted text: The circuit 1 is equivalent to the circuit 2 with respect to the terminals A and B, if the values of VTH and RTH are: 2 kf2 4 kll RTH ww A 12 v(+ (t)2 mA 2 k) VTH ) Circuit 2 B B Circuit 1 Chon một O a. VTH = 2V, RTH = 2K O b. VTH = 3V, RTH = 1.5Kn Oc VTH = 3.5V, RTH = 1.5Ko %3D O d. VTH = 4V, RTH = 1.5Ko The Thevenin voltage and the resistor in the given circuit is and , respectively.

Jun 10, 2022

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The circuit 1 is equivalent to the circuit 2 with respect to the terminals A and B, if the values of VTH and RTH are: 2 kf2 4 kll RTH ww A 12 v(+ (t)2 mA 2 k) VTH ) Circuit 2 B B Circuit 1 Chon một O...

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