Q2/ A sample of pure Ge, has (2 mm) length, (1 mm) width, and (0.5 mm)thickness. Answer the following:a- What is the voltage required for a current of (3 mA) between theopposite (2 x 1 mm) ends.b- Repeat "I" for a current(1 mA) between the opposite (1 x 0.5 mm)ends.c- Repeat "1" for a current(4 mA) between the opposite (2 x 0.5 mm)ends.Note: the intrinsic resistivity is (2500 n.m) at 300K.

According to question: a) The voltage required for a current of 3mA between the opposite (2x1mm)…

Q2/ A sample of pure Ge, has (2 mm) length. (1 mm) width, and (0.5 mm) thickness. Answer the following: a- What is the voltage required for a current of (3 mA) between the opposite (2 x 1 mm) ends. b- Repeat "1" for a current(1 mA) between the opposite (1 x 0.5 mm) ends. c- Repeat "1" for a current(4 mA) between the opposite (2 x 0.5 mm) ends. Note: the intrinsic resistivity is (2500 n.m) at 300K.

Q2/ A sample of pure Ge, has (2 mm) length. (1 mm) width, and (0.5 mm) thickness. Answer the following: a- What is the voltage required for a current of (3 mA) between the opposite (2 x 1 mm) ends. b- Repeat "1" for a current(1 mA) between the opposite (1 x 0.5 mm) ends. c- Repeat "1" for a current(4 mA) between the opposite (2 x 0.5 mm) ends. Note: the intrinsic resistivity is (2500 n.m) at 300K.

Introductory Circuit Analysis (13th Edition)

13th Edition

ISBN:9780133923605

Author:Robert L. Boylestad

Publisher:Robert L. Boylestad

Chapter1: Introduction

Section: Chapter Questions

Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...

See similar textbooks

Similar questions

Determine the current though and voltage across all of the diodes shown in Figure 1.Assume constant voltage drop model for each of the diodes. { X = 7 & Y= 8 }
In a voltage regulator circuit in the image below, V1=25V, Vz=10V, Ri=200 ohms and Pz(max)=400mW a) determine IL, Iz, and I1, if RL=350 ohms. b) determine the value of Rl that will established Pz(max) in the diode c) determine the range of load resistance
1. Using first approximation, find the voltages across resistance. 2. Using second approximation, find the currents across Si diodes
#1... high rating will give if correct answers
a) Name of the Circuit? (Assume Silicon Diodes) [1 Mark] 4:1 b) Find the peak input voltage to the 120 V rms R. 1.0 kf diodes. [2 Marks] D2 c) Find the average output voltage? [1 Mark] d) Find the DC current? [1 Mark] d) Find the Peak Inverse Voltage of the diodes? [1 Mark] e) Draw the output waveform. [1 Mark] eetee ell
Current 420 ohm 30 V 1,(max) = 80 mA Voltage Vp-in 2.2 kohm Vp-out 0.6 V Zener Current Answer the following question according to the above. Remember Kirchhoff's laws when making your calculations in this question. According to the given graph, how many volts is the voltage value on it when this Zener diode is on a flat supply?
Shown below is a rectifier circuit. What is the output DC voltage (in Volts) of this circuit if Vs = 118 Vac, N1 = 2, N2 = 6, and the two diodes are made of Silicon. No need to show your solution. Just write your numeric answer on the space provided. Round off your answer to 2 decimal places N1:N2 Si Vs 1.2kN V. Si
The diodes in the circuit are all Silicon with forward voltage of 0.7 V. If R1 = 140 and R2 = 140, what is the value of the current / in amperes. R1 I 10 V R2
In the circuit shown, determine the voltage across resistor R1. (Use 2nd approximation and assume all diodes are silicon for all the problems)
If the operating voltage of the LED diode given in the circuit in the figure is 2.2V, the operating current is 30mA, and the Vs source voltage is 12V, calculate the value of the R1 resistor connected in series with the diode.
Determine the value of voltage across R1 and value of R2 in the given circuit if a current of 4.1 mA is flowing through the diode when a forward bias voltage of E=10 V is applied and R1=330 Ohms. Assume diode as silicon. R1 D2 'E R2 Voltage across R1 Resistance of resistor R2
In the circuit shown below, the diode has a turn-on voltage of 1 V. Assume Vs = 39V, R₁= 10k ohm and R₂= 5 k ohm. Assume the diode is 'on' and find the diode current in mA. Round your answer to two decimal places. V R₁ www 11₂ ww R₂ [13 4