Please answer the questions based on the figure! Pay attention to the circuit in the following picture with the variable R1 is 50% and B= 100.12VR21kQR1Q110㎏Ω 100 %R3Key=A47KQa. Formulate KVL on input or base loop!b. Calculate and determine IR!c. Calculate and determine the current in the collector, Ic!d. Formulate KVL on input or base loop!e. Calculate and determine VCE!f. Calculate and determine the maximum current that can flow in the IC-Max collector!

The required parameters can be calculated by using the DC analysis of the amplifier circuit.

a. Formulate KVL on input or base loop! b. Calculate and determine IB! c. Calculate and determine the current in the collector, Ic! d. Formulate KVL on input or base loop! e. Calculate and determine VCE! f. Calculate and determine the maximum current that can flow in the IC-Max collector!

a. Formulate KVL on input or base loop! b. Calculate and determine IB! c. Calculate and determine the current in the collector, Ic! d. Formulate KVL on input or base loop! e. Calculate and determine VCE! f. Calculate and determine the maximum current that can flow in the IC-Max collector!

EBK ELECTRICAL WIRING RESIDENTIAL

19th Edition

ISBN:9781337516549

Author:Simmons

Publisher:Simmons

Chapter7: Luminaires, Ballasts, And Lamps

Section: Chapter Questions

Problem 9R: Additional backup protection for ballasts can be provided by connecting a(n)...

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Question

Please answer the questions based on the figure!

Pay attention to the circuit in the following picture with the variable R1 is 50% and B= 100.
12V
R2
1kQ
R1
Q1
10㎏Ω 100 %
R3
Key=A
47KQ
a. Formulate KVL on input or base loop!
b. Calculate and determine IR!
c. Calculate and determine the current in the collector, Ic!
d. Formulate KVL on input or base loop!
e. Calculate and determine VCE!
f. Calculate and determine the maximum current that can flow in the IC-Max collector!

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