These steps have to be followed to perform this experiment: 1- Connect the circuit shown in Figure 2.3 and set the D.C power supply voltage to (10volts). 2- Measure the current entering and leaving nodes (a). 3- Measure the voltage drops across cach resistor in the circuit. And 1- Put the obtained results from step (2) and (3) of the procedure in a table and apply KCL and KVI. 2- Calculate the currents flow in the branches of the circuit and the voltage across the resistors of the circuit in Figure 2.3, using the resistors values that are taken from the practical board.

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ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
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These steps have to be followed to perform this experiment: 1- Connect the circuit shown in Figure 2.3 and set the D.C power supply voltage to (10volts). 2- Measure the current entering and leaving nodes (a). 3- Measure the voltage drops across cach resistor in the circuit. And 1- Put the obtained results from step (2) and (3) of the procedure in a table and apply KCL and KVI. 2- Calculate the currents flow in the branches of the circuit and the voltage across the resistors of the circuit in Figure 2.3, using the resistors values that are taken from the practical board.
RI
R4
R5
R.
lov
R6
[(R4+Rs +R6)| R]+R,+R3
VRI=IRI
%3D
(Ry+R5+ Rs)I
( Rz +R4+R 5 +R)
I, =
士、 エ I
VR4= R4I2
VRG=R6Iz
%3D
VR 5= R5 In
VR 3 = R3I
Transcribed Image Text:RI R4 R5 R. lov R6 [(R4+Rs +R6)| R]+R,+R3 VRI=IRI %3D (Ry+R5+ Rs)I ( Rz +R4+R 5 +R) I, = 士、 エ I VR4= R4I2 VRG=R6Iz %3D VR 5= R5 In VR 3 = R3I
6.58mA
Iz=3.6 m A
VR3-
VR4=4 47
VR5
67.
Transcribed Image Text:6.58mA Iz=3.6 m A VR3- VR4=4 47 VR5 67.
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