Assume that the amplifier circuit of Figure 4 has been designed so it is totally insensitiveto variations of ß. Further RB >> Rp . VBEQ is equal to 0.7 V at 25°C and decreases by 2mV/°C.Also assume that VD varies with temperature exactly as VBEQ does. Find the change in Ico asthe temperature increases from 25°C to 125°C.+ VccRCIcoIBQIEORBRECEV BBRpFigure 4

At 25°C VBEQ=0.7 V And decreases by 2mV/°C

Assume that the amplifier circuit of Figure 4 has been designed so it is totally insensitive to variations of ß. Further RB » Rp . V BEQ is equal to 0.7 V at 25°C and decreases by 2mV/°C. Also assume that Vp varies with temperature exactly as VBEQ does. Find the change in Ico as the temperature increases from 25°C to 125°C. + Vcc RC Ico IEQ RB. RE CE V B' Rp2 Figure 4

Assume that the amplifier circuit of Figure 4 has been designed so it is totally insensitive to variations of ß. Further RB » Rp . V BEQ is equal to 0.7 V at 25°C and decreases by 2mV/°C. Also assume that Vp varies with temperature exactly as VBEQ does. Find the change in Ico as the temperature increases from 25°C to 125°C. + Vcc RC Ico IEQ RB. RE CE V B' Rp2 Figure 4

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

Assignme amplif 2. Determine the 2 High Critical frequencies for the following amplifier, given: Cwi = 8pF RE1=300 ohms, Vcc=12v, RL=12k, ß=150 Cwo = 7pF, CBE = OR 55v IQ_ 18 you came 9DF. CCE = 10DE. wol Esri snimmt. 021-821-A Vs له few - 2.6 M 1 kHz XOE Rs 01 191qora bolsos sool of 19 C1 luF HH Cwi R1 30k av R2 10k VSI=00V, emdo 00-1 Vcc Rc 5 k Q1 RE1 RE2 2k C2 luF HE Cwo C3 33uF RL
The - amplifier configuration has the highest input resistance compared to the other configurations CB CE CC a & c Vindows bui StV A Moving to another question will save this response Bb F12 PrSc Pause F9 F10 F11 F7 F8 SysRq 0000
QL Eind the resistance far terminal
Ap Q1) Determine the total input resistance of the emitter-follower in Figure 1. Also find the voltage gain, current gain, and power gain in terms of power delivered to the load, RL. Assume ß-175 and that the capacitive reactance's are negligible at the frequency of operation. Vcc +10 V FAC R₁ 18 ΚΩ C₁ V 171 3 V rms 1 μF R₂ 51 ΚΩ www www +1₁ 2N3904 C2₂ 10 μF RE 470 Ω ww RL 470 Ω
Multistage amplifier
2. For the following circuit assume r = 8.7 A a. Draw the small signal equivalent circuit. b. Find the input impedance. 16 V 270 2 c. Find output impedance. d. Find the voltage gain. B-110 50 a e. Find the current gain. 2.7 Ti- t
ELECTRONİC QUESTİON
Find the Q-point for the p-channel JFET circuit in Figure. Ipss = 10 mA VDD -9 V Rp 1.8 kn RG Rs 10 ΜΩ 390 N - Vcs 7 V (a) (b)
Hand Calculations only
1. Assume a JFET has the transconductance curve shown in the following figure. a. What is loss? b. What is Vestoff? c. What is the transconductance at a drain current of 2.0 mA? Vas (V) ID (MA) 7.0 6.0 5.0 4.0 3.0 2.0 1.0 -6 -5 -4 -3 -2 -1 0
CONSIDERING THE D/A CONVERTER BELOW, WITH RF =500S2, FILL IN THE TABLE WITH THE ANALOG VALUE OF EACH RESPECTIVE DIGITAL INPUT. De 1 k2 MSB 2kQ Cow BW 8 k A W LSB DIGTAL INPUT O OR 5V Ampi. op. +Vs -Vs VOUT D 0000 0000 1 1 1 1 1 1 1 1 INPUT B A 0 1 0 1 C 0000 1100 1 1 1 1 0000 1 1 1 1 1100 0004 1 1100 0 1 0 1 1000 0101 VOUT (volts)
Given a D-MOSFET circuit used as an amplifier with the following parameter: IDSS=12mA and a transconductance of gm=3.2 mS. Determine the DC drain to source voltage VDS and the AC output voltage if Vin=500 mV.