Table 1ReIB = 50 µAIB = 150 µAIB = 100 µAVCE (V) Ic (mA) | VCE (V) | Ic (mA) | VCE (V) Ic (mA)0.mA120 0R.HA56 KO11.222.530.911.7425.0436.46.12.36.26.96.39.6813.18.28.8842.814.1Figure 1101031.01045.01- Find the hfe (Bac) of the transistor at IB = 100 µA and VCE = 6 V from the plotted output characteristics.2- Use the plotted characteristic curves to determine the DC current gain Bdc for the transistor at VCE = 6 V%3D924

Given plot of the output characteristics shown

Table 1 Re Is = 100 µA VCE (V) Ic (mA) | VCE (V) | Ic (mA) | VCE (V) | Ic (mA) IB=50 μΑ IB = 150 µA 1200 0. 0. 0. Ve Vee 56 KO 11.2 22.5 30.9 Ve 4 11.7 4 25.0 4 36.4 6. 26.9 39.6 42.8 6. 12.3 6. 8. 13.1 8. 28.8 8. 10 14.1 10 31.0 10 45.0 Figure 1 1- Find the hre (Bac) of the transistor at IB = 100 µA and VCE = 6 V from the plotted output characteristics. 2- Use the plotted characteristic curves to determine the DC current gain Bac for the transistor at VCE = 6 V

Table 1 Re Is = 100 µA VCE (V) Ic (mA) | VCE (V) | Ic (mA) | VCE (V) | Ic (mA) IB=50 μΑ IB = 150 µA 1200 0. 0. 0. Ve Vee 56 KO 11.2 22.5 30.9 Ve 4 11.7 4 25.0 4 36.4 6. 26.9 39.6 42.8 6. 12.3 6. 8. 13.1 8. 28.8 8. 10 14.1 10 31.0 10 45.0 Figure 1 1- Find the hre (Bac) of the transistor at IB = 100 µA and VCE = 6 V from the plotted output characteristics. 2- Use the plotted characteristic curves to determine the DC current gain Bac for the transistor at VCE = 6 V

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

2. Convert the following values from microfarads to picofarads: a. 0.1 μF b. 0.0025 μF
Electrical Engineering please solve this thank you The following values are given for a shocdley diode Vi (derel vollaye) • 0.025 V Is (Deverse salunalia cmal): 10X10A -15 Given voltaye eg ^: v(t) = 0.7+ 8 Vr cosut IA RL= 50 0 %3D Find avg. powen diipted in shochly diode € ay.power deliveud to load
Based on the simulation results, which diodes turn on during the positive half cycle of the input voltage and during the negative half cycle of the input voltage.
18
Determine zener diode boltahe value as well as the ripple percentage of the circuit bellow with 240Vpp
Sketch i0and v01 for the network below for the input shown (Both diodes are Si. VD=0.7 V). Explain your drawings, briefly.
Problem 22: For the following circuit, find Va in Volts. Ra = R2 Va Pode Vx= -40v = - ten Vots エ4 エ2 R3 bVx= -40v Io I3 Vi aV= 2v Vo Ra= R2 = 1k =1000 R1 = R, = 1k=10002 %3D R3= 5k = 50002 The Diode is a zenier diode with a for ward Bias voltage of 0.6 voHs and a Zen 1er voltage of 5,0 (Five ) volts
i need the answer quickly
find the average power consume by RL for both fullwave and halfwave rectifier circuit.
100nF Input Voltage AC Voltage 1MQ capacitor 5V diode 1N4001 -5 3V At which voltage value will the axis of the output voltage settle? а) Ov b) -8V c) +8V d) -3V What is the peak to peak value of the output voltage? a) -13V b) -8V c) +3V d) 10v What is the appropriate name for this circuit? a) biased positive clamper b) biased negative clamper c) positive clamper d) negative clamper If the diode is positioned in the opposite direction, what type of circuit will the result be? a) biased positive clamper b) biased negative clamper c) positive clamper d) negative clamper
get the diode voltage and diodw current
Calulate the Condurtwity of pure filiain at when the cCencentratron temperature Cormes is a room 1-6x10" Volt fe ad per Cm3 Take Ue=l1500 cm? per pvolt-Jee at =500 cm tempuature.