Technical data

6. er for the measured values in step 4.

__________ 

________ mW

8. ____ the voltage.

9. we ow ha

11. n the

______ mW

_____

Using the (P = V

/R) formula, calculate the pow

V = ______________________ V R = ____________

P calculated = ______________________ mW

7. Change the Source V to 5 volts. Measure the current value and calculate the power by usin

both of the above formulas.

V now = _____________________ V I now = _____________________ µA

P calculated using the formula (P = V x I) =

______________

P calculated using the formula (P = V

/R) = ______________________ mW

When compared to the 20 volt condition, we now have

________

(a) 1/2 (b) 1/4 (c) 1/8 (d) 1/16

When compared to the 20 volt condition, n ve ____________ the power dissipation.

(a) 1/4 (b) 1/8 (c) 1/16 (d) 1/32

10. Assume this circuit has an applied voltage of 8 volts. Calculate and predict what the circuit

current and power would be.

Predicted current = ______________ µA Predicted power = _____________ mW

Change the circuit to 8 volts. Measure the current and calculate the power based o

easurements. m

Measured current =

______________ µA Calculated power = _______

12. Is the current with the applied 8 volts higher than when there were 5 volts applied? ___

Is the calculated power higher or lower? ________________

Does the change correlate with the concept of power being equal to V

/R? ______________