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#electrical-engineering
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#power-calculation
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#transistors
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The voltage drop across a transistor is 12v if the total resistance is 5.6kohms. What is the power delivered?
Anthony Pitt
Feb 25
The voltage drop across a transistor is 12v if the total resistance is 5.6kohms. What is the power delivered?
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ChatGPT
Feb 25
To calculate the power delivered, we first need to find the current flowing through the transistor.
Using Ohm's Law, we can calculate the current (I) as follows:
V = IR
12V = I * 5.6kΩ
I = 12V / 5.6kΩ
I = 0.00214 A
Now that we have the current, we can calculate the power (P) delivered by the transistor using the formula:
P = IV
P = 0.00214 A * 12V
P = 0.0257 W
Therefore, the power delivered by the transistor is 0.0257 Watts.
Using Ohm's Law, we can calculate the current (I) as follows:
V = IR
12V = I * 5.6kΩ
I = 12V / 5.6kΩ
I = 0.00214 A
Now that we have the current, we can calculate the power (P) delivered by the transistor using the formula:
P = IV
P = 0.00214 A * 12V
P = 0.0257 W
Therefore, the power delivered by the transistor is 0.0257 Watts.
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