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Calculate VCE in the figure (in volts).
Correct answer is '2.26'. Can you explain this answer?
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Calculate VCE in the figure (in volts).Correct answer is '2.26'. Can y...
First check to see if Rin (Base) can be neglected.
=150 x kΩ = 150kΩ
Since 150kΩ is more than 10 times R2. The condition
is met and Rin(base) can be neglected.
= 6.88 V
Then, VE = VB + VBE
= 6.88 + 0.7
VE = 7.58V
lE = 2.42 mA
From IE we can determine lc and VCE
and VC = ICRC = 2.42 mA x 2.2kΩ
= 5.32
= 2.26V
The correct answer is: 2.26
=150 x kΩ = 150kΩ
Since 150kΩ is more than 10 times R2. The condition
is met and Rin(base) can be neglected.= 6.88 V
Then, VE = VB + VBE
= 6.88 + 0.7
VE = 7.58V
lE = 2.42 mA
From IE we can determine lc and VCE
and VC = ICRC = 2.42 mA x 2.2kΩ
= 5.32
= 2.26V
The correct answer is: 2.26
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Calculate VCE in the figure (in volts).Correct answer is '2.26'. Can y...
First check to see if Rin (Base) can be neglected.
=150 x kΩ = 150kΩ
Since 150kΩ is more than 10 times R2. The condition
is met and Rin(base) can be neglected.
= 6.88 V
Then, VE = VB + VBE
= 6.88 + 0.7
VE = 7.58V
lE = 2.42 mA
From IE we can determine lc and VCE
and VC = ICRC = 2.42 mA x 2.2kΩ
= 5.32
= 2.26V
The correct answer is: 2.26
=150 x kΩ = 150kΩ
Since 150kΩ is more than 10 times R2. The condition
is met and Rin(base) can be neglected.= 6.88 V
Then, VE = VB + VBE
= 6.88 + 0.7
VE = 7.58V
lE = 2.42 mA
From IE we can determine lc and VCE
and VC = ICRC = 2.42 mA x 2.2kΩ
= 5.32
= 2.26V
The correct answer is: 2.26
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Calculate VCE in the figure (in volts).Correct answer is '2.26'. Can you explain this answer?
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Calculate VCE in the figure (in volts).Correct answer is '2.26'. Can you explain this answer? for Physics 2025 is part of Physics preparation. The Question and answers have been prepared according to the Physics exam syllabus. Information about Calculate VCE in the figure (in volts).Correct answer is '2.26'. Can you explain this answer? covers all topics & solutions for Physics 2025 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for Calculate VCE in the figure (in volts).Correct answer is '2.26'. Can you explain this answer?.
Calculate VCE in the figure (in volts).Correct answer is '2.26'. Can you explain this answer? for Physics 2025 is part of Physics preparation. The Question and answers have been prepared according to the Physics exam syllabus. Information about Calculate VCE in the figure (in volts).Correct answer is '2.26'. Can you explain this answer? covers all topics & solutions for Physics 2025 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for Calculate VCE in the figure (in volts).Correct answer is '2.26'. Can you explain this answer?.
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