Question

3. 10mA + D3 V D1 D2 $I_{01} = 2I_{02} = 3I_{03}$ 3. a) For the circuit given above V = 1356,6 mV at T = 320K. Calculate saturation current of diodes and diode current and voltages. (Note T >300 K) b) With D? diode out and V = 1,4 V applied, what are the currents through D? and D3 as well as voltage drop on the remaining diodes? c) With the voltage applied in (b) reversed, what are the currents? (Note: diode body resistances can be neglected.) (20 points)

          3.
10mA
+ 
D3
V
D1
D2
$I_{01} = 2I_{02} = 3I_{03}$
3. a) For the circuit given above V = 1356,6 mV at T = 320K. Calculate saturation
current of diodes and diode current and voltages. (Note T >300 K)
b) With D? diode out and V = 1,4 V applied, what are the currents through D? and
D3 as well as voltage drop on the remaining diodes?
c) With the voltage applied in (b) reversed, what are the currents? (Note: diode
body resistances can be neglected.) (20 points)

3.
10mA
+
D3
V
D1
D2
I01 = 2I02 = 3I03
3. a) For the circuit given above V = 1356,6 mV at T = 320K. Calculate saturation
current of diodes and diode current and voltages. (Note T >300 K)
b) With D? diode out and V = 1,4 V applied, what are the currents through D? and
D3 as well as voltage drop on the remaining diodes?
c) With the voltage applied in (b) reversed, what are the currents? (Note: diode
body resistances can be neglected.) (20 points)

Added by Luke C.

University Physics with Modern Physics

Hugh D. Young 14th Edition

Instant Answer

Solved by Expert Mahipal Kumawat

Step 1

Given that V = 1356.6 mV and T = 320K, we can calculate the diode current using Ohm's Law: I_d = V / R where R is the resistance in the circuit. Show more…

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3. a) For the circuit given above, V = 1356.6 mV at T = 320K. Calculate the saturation current of the diodes and the diode current and voltages. (Note: T > 300 K) b) With D2 diode out and V = 1.4 V applied, what are the currents through D1 and D3 as well as the voltage drop on the remaining diodes? c) With the voltage applied in (b) reversed, what are the currents? (Note: Diode body resistances can be neglected.) (20 points) 3. 10 mA V l01 = 2102 = 3103 3.a For the circuit given above, V = 1356.6 mV at T = 320K. Calculate the saturation current of the diodes and the diode current and voltages. (Note: T > 300 K) b) With D diode out and V = 1.4 V applied, what are the currents through D1 and D3 as well as the voltage drop on the remaining diodes? c) With the voltage applied in (b) reversed, what are the currents? (Note: Diode body resistances can be neglected.) (20 points)