TASK 4 - Circuit with two diodes The circuit in Figure 1 has the following parameters: Parameter name Variable Voltage source AC amplitude Diode 1 & 2 Resistor V 1N4148 R Unit [V] [S2] 1 1 poäng You are given the following parameter values: Randomized V=15 R=867 Calculate the peak power loss per diode. Answer in [mW] with two decimals.
TASK 4 - Circuit with two diodes The circuit in Figure 1 has the following parameters: Parameter name Variable Voltage source AC amplitude Diode 1 & 2 Resistor V 1N4148 R Unit [V] [S2] 1 1 poäng You are given the following parameter values: Randomized V=15 R=867 Calculate the peak power loss per diode. Answer in [mW] with two decimals.
Chapter59: Motor Startup And Troubleshooting Basics
Section: Chapter Questions
Problem 12SQ: How is a solid-state diode tested? Explain.
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I have trouble understanding these two problems. Especially number two. Would really appreciate an explanation on the nodal analysis <3 thanks!
![TASK 4 - Circuit with two diodes
The circuit in Figure 1 has the following parameters:
Parameter name
Voltage source AC
amplitude
Diode 1 & 2
Resistor
Variable
V
1N4148
R
+
VS
diodes
KH
1N4148
KH
Unit
[V]
[S2]
R
1
1 poäng
You are given the following parameter values:
Randomized
V=15
R = 867
Calculate the peak power loss per diode. Answer in [mW] with two decimals.
Skriv in ditt svar...
--D](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F1c4e6eb6-cb26-4109-9e54-368888a7a408%2Fa912cedf-2438-4480-b8f0-5f59923d65e8%2Fevokf8x_processed.png&w=3840&q=75)
Transcribed Image Text:TASK 4 - Circuit with two diodes
The circuit in Figure 1 has the following parameters:
Parameter name
Voltage source AC
amplitude
Diode 1 & 2
Resistor
Variable
V
1N4148
R
+
VS
diodes
KH
1N4148
KH
Unit
[V]
[S2]
R
1
1 poäng
You are given the following parameter values:
Randomized
V=15
R = 867
Calculate the peak power loss per diode. Answer in [mW] with two decimals.
Skriv in ditt svar...
--D
![TASK 1 - Nadal analysis
The circuit in Figure 1 has the following variables:
Symbol
Unit
[A]
Parameter
Current source 1
given as phasor
Current source 2
given as phasor
Frequency
Resistor 1
Resistor 2
Inductor
Capacitor
b
I1
11
12
R1
R2
L
C
R1
R2
[A]
[rad/s]
[S2]
[S]
[mH]
[μF]
Figure 1
C
12
4
Calculate by hand (a)-(b)
Hint: Look at the solution for Example 18.18 on page 809-811 in the course literature.
1
2
1 poäng
Use the following values for the components:
Constants
11=420° [A]
12=6 /90° [A]
w = 2000 [rad/s]
R1 = 4 [S2]
R2 = 6 [S2]
Randomized
L = 0,6 [mH]
C = 95 [μF]
Use Nodal Analysis to find the rms voltage across the resistor R1, answer in [V]
with one decimal.
Skriv in ditt svar...
1 poäng
Now use the following values for the components:
Constants
11=4/0° [A]
12 = 6 290° [A]
w = 2000 [rad/s]
R1 = 4 [S2]
--01
R2 = 6 [S2]
L = 0,8 [mH]
C = 80 [μF]
--
Use Nodal Analysis to find the phase of the voltage across R1. Answer degrees [°]
with one decimal.
Skriv in ditt svar...](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F1c4e6eb6-cb26-4109-9e54-368888a7a408%2Fa912cedf-2438-4480-b8f0-5f59923d65e8%2F6wqwou_processed.png&w=3840&q=75)
Transcribed Image Text:TASK 1 - Nadal analysis
The circuit in Figure 1 has the following variables:
Symbol
Unit
[A]
Parameter
Current source 1
given as phasor
Current source 2
given as phasor
Frequency
Resistor 1
Resistor 2
Inductor
Capacitor
b
I1
11
12
R1
R2
L
C
R1
R2
[A]
[rad/s]
[S2]
[S]
[mH]
[μF]
Figure 1
C
12
4
Calculate by hand (a)-(b)
Hint: Look at the solution for Example 18.18 on page 809-811 in the course literature.
1
2
1 poäng
Use the following values for the components:
Constants
11=420° [A]
12=6 /90° [A]
w = 2000 [rad/s]
R1 = 4 [S2]
R2 = 6 [S2]
Randomized
L = 0,6 [mH]
C = 95 [μF]
Use Nodal Analysis to find the rms voltage across the resistor R1, answer in [V]
with one decimal.
Skriv in ditt svar...
1 poäng
Now use the following values for the components:
Constants
11=4/0° [A]
12 = 6 290° [A]
w = 2000 [rad/s]
R1 = 4 [S2]
--01
R2 = 6 [S2]
L = 0,8 [mH]
C = 80 [μF]
--
Use Nodal Analysis to find the phase of the voltage across R1. Answer degrees [°]
with one decimal.
Skriv in ditt svar...
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