1. The following transfer characteristic and output characteristic curves for an NPN BJT were obtained from...

 

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1. The following transfer characteristic and output characteristic curves for an NPN BJT were obtained from a curve tracer. The measurements were made at a temperature of 300K. The transfer characteristic was measured with collector emitter voltage Vog=12v. The base current step size was set to 20μA to obtain the output characteristic curves. Thus, the lowest output characteristic curve is for base current In=0μA and the highest curve is for base current Ig 100μA You can open the images in a new tab to enlarge them. in finding the parameters for this question, it is a good idea to calculate them using multiple points read from the curves, then throw out any outliers and take the average. 17.5m 16.0m 15.0m 14.0m 13.0m 12.0m 11.0m AP 10.0m 9.0m 380 27.0 o 6 8.0 400 4.0m Te 3.0 20 1.0m 0.0 -1.0m -2.5m 1m 000 70000128 125 2.25 2.75 376 375 425 435 125 126 825 476 725 77 4253 425 1000 500m 525 150m Coom 525 VREM 850 From the measured data, determine the Early voltage V for the transistoc Enter your answer in volts to the nearest volt 0/1 point 1. The following transfer characteristic and output characteristic curves for an NPN BJT were obtained from a curve tracer. The measurements were made at a temperature of 300K. The transfer characteristic was measured with collector emitter voltage Vog=12v. The base current step size was set to 20μA to obtain the output characteristic curves. Thus, the lowest output characteristic curve is for base current In=0μA and the highest curve is for base current Ig 100μA You can open the images in a new tab to enlarge them. in finding the parameters for this question, it is a good idea to calculate them using multiple points read from the curves, then throw out any outliers and take the average. 17.5m 16.0m 15.0m 14.0m 13.0m 12.0m 11.0m AP 10.0m 9.0m 380 27.0 o 6 8.0 400 4.0m Te 3.0 20 1.0m 0.0 -1.0m -2.5m 1m 000 70000128 125 2.25 2.75 376 375 425 435 125 126 825 476 725 77 4253 425 1000 500m 525 150m Coom 525 VREM 850 From the measured data, determine the Early voltage V for the transistoc Enter your answer in volts to the nearest volt 0/1 point

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a Early Voltage is given by the equatio... View the full answer