4) silicon diodes with Vp =0.6V. Find the approximate current in each of the following circuits. Assume ideal A 5 V 10Ω 5 V 100N 5 V 1 k2 D E F 5 V 100 2 0.5 V 100 N 5 V CS Seanned with CamScamer ww- ww ww ww
4) silicon diodes with Vp =0.6V. Find the approximate current in each of the following circuits. Assume ideal A 5 V 10Ω 5 V 100N 5 V 1 k2 D E F 5 V 100 2 0.5 V 100 N 5 V CS Seanned with CamScamer ww- ww ww ww
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Question
Please answer parts D, E, and F
![4)
silicon diodes with Vp =0.6V.
Find the approximate current in each of the following circuits. Assume ideal
A
5 V
10Ω
5 V
100N
5 V
1 k2
D
E
F
5 V
100 2
0.5 V
100 N
5 V
CS Seanned with CamScamer
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Transcribed Image Text:4)
silicon diodes with Vp =0.6V.
Find the approximate current in each of the following circuits. Assume ideal
A
5 V
10Ω
5 V
100N
5 V
1 k2
D
E
F
5 V
100 2
0.5 V
100 N
5 V
CS Seanned with CamScamer
ww-
ww
ww
ww
Expert Solution
![](/static/compass_v2/shared-icons/check-mark.png)
Step 1
In part (c)
The diode is reversed bias, so no current flows through the circuit.
Step 2
The current in the circuit (e) is obtained using ohm's law as
The voltage V=0.5 is less than VD=0.6 so it cannot bias the transistor hence no current flows through the circuit.
Step by step
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