(b) Draw the loadline and mention the Ico and VCEQ on the loadline. (c) Calculate Ico again if 3.9KQ resistor becomes open circuit and 1.5KQ resistor becomes short circuit. +22 V 10 k2 39 kN 10 µF 10 μF Vị VCE B = 100 3.9 kQ 1.5 50 μF
(b) Draw the loadline and mention the Ico and VCEQ on the loadline. (c) Calculate Ico again if 3.9KQ resistor becomes open circuit and 1.5KQ resistor becomes short circuit. +22 V 10 k2 39 kN 10 µF 10 μF Vị VCE B = 100 3.9 kQ 1.5 50 μF
Chapter19: Special-purpose Outlets-water Pump, Water Heater
Section19.2: Water Heater Branch Circuit
Problem 8R: For residential water heaters, the Consumer Product Safety Commission suggests a maximum temperature...
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Note: Keep in mind that all the diodes are silicon diodes.
![Q.3. (a) Compute Ico and VCEQ in the following circuit.
(b) Draw the loadline and mention the Ico and VCEQ on the loadline.
(c) Calculate Ico again if 3.9KQ resistor becomes open circuit and 1.5KQ resistor becomes short circuit.
+22 V
'10 k2
39 k2
10 µF
+
10 μF
Vị
VCE B = 100
3.9 k2
1.5
: 50 μF](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F6683592f-d44e-44e9-b9b4-270c9bf20103%2F51e945d8-f7a8-476b-b328-01a1f9ed9c11%2Fyg0ghf_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Q.3. (a) Compute Ico and VCEQ in the following circuit.
(b) Draw the loadline and mention the Ico and VCEQ on the loadline.
(c) Calculate Ico again if 3.9KQ resistor becomes open circuit and 1.5KQ resistor becomes short circuit.
+22 V
'10 k2
39 k2
10 µF
+
10 μF
Vị
VCE B = 100
3.9 k2
1.5
: 50 μF
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