ParameterMinimum Typical MaximumUnitsde supply voltages VsInput offset voltage VosThermal drift D,Input biasing current /gInput offset current losDifferential input resistance RCommon-mode input resistance RieOutput resistance R,Input capacitance C;Open-loop voltage gain A,Common-mode rejection ratio CMRRUnity-gain bandwidth f.Slew rate SR+22V1.05.0mVHV/°CnAnA1580550202000.322754.0pFV/mV502007090dB1.0MHzV/usdB0.5Power supply rejection ratio PSRR7090Parameters of a practical op-ampThe op-amp is now connected as a non- inverting amplifier as shown in Figure below. Giventhat R = 15 k2 and R3= 45 kN.R2izR1O voAOL-)vs(i)Analyze the circuit in the figure to find the value of the closed-loopgain of the amplifier due to the effect of the finite open-loop gain of thepractical op-amp. State at least TWO assumptions made in youranalysis. Show all important steps.

GIVEN: R1=15KΩR2=45KΩ FIND: the value of closed loop gain of the amplifier due to…

Parameter Minimum Typical Maximum Units de supply voltages Vs Input offset voltage Vos Thermal drift D, Input biasing current /R Input offset current los Differential input resistance R Common-mode input resistance R Output resistance R, Input capacitance C Open-loop voltage gain A, Common-mode rejection ratio CMRR Unity-gain bandwidth fu +22 V mV V/°C nA 1.0 5.0 15 80 550 20 200 nA 0.3 2 2 75 pF V/mV 4.0 50 200 70 90 dB MHz V/us dB 1.0 Slew rate SR 0.5 Power supply rejection ratio PSRR 70 90 Parameters of a practical op-amp he op-amp is now connected as a non- inverting amplifier as shown in Figure below. Given at R1 = 15 kQ and R;=45 kQ. vs (1) Analyze the circuit in the figure to find the value of the closed-loop gain of the amplifier due to the effect of the finite open-loop gain of the practical op-amp. State at least TWO assumptions made in your analysis Show a11 important stens

Parameter Minimum Typical Maximum Units de supply voltages Vs Input offset voltage Vos Thermal drift D, Input biasing current /R Input offset current los Differential input resistance R Common-mode input resistance R Output resistance R, Input capacitance C Open-loop voltage gain A, Common-mode rejection ratio CMRR Unity-gain bandwidth fu +22 V mV V/°C nA 1.0 5.0 15 80 550 20 200 nA 0.3 2 2 75 pF V/mV 4.0 50 200 70 90 dB MHz V/us dB 1.0 Slew rate SR 0.5 Power supply rejection ratio PSRR 70 90 Parameters of a practical op-amp he op-amp is now connected as a non- inverting amplifier as shown in Figure below. Given at R1 = 15 kQ and R;=45 kQ. vs (1) Analyze the circuit in the figure to find the value of the closed-loop gain of the amplifier due to the effect of the finite open-loop gain of the practical op-amp. State at least TWO assumptions made in your analysis Show a11 important stens

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

For the follower circuit in the figure below, consider k = 0.3x10-3 , rd = 100kOhm, VT = VGS(TH) = 3V and : (a) Draw the small-signal model considering the pi model (b) Determine the INPUT impedance (c) Determine the OUTPUT impedance (d) Determine the voltage gain (Av)
Problem @ An altemator on open F6oVt 36O volts fied current is 3.6 amp. Neglacting saturation, determine when 'the freguency n circuit generades at GOHZ nhen the the open circuit is' 4042 to omp and field current is 2.4 amps.
dise What happens to the transconductance of Q1 if the current I, of the device is decreased by a factor of 2 with a constant VBE? Ico VCE VBEO Select one: O a. The transconductace will be halved. O 6. The transconductance will be doubled OC The transconductance will be decreased by a fator of 4. Od. The transconductance will remain the same. Determine Ia g. le respectively for the PNP trans stor shown in the figre below Assume Is= 2.5x1016 A, V--26mV, B- 50, VA =*- and Res0,1 KD. Vcc 2 V 12:34 AM C ENG 16-Apr-2021
An ideal shunt-shunt feedback amplifier has Rs =∞. If li = 100 microAmp, I f = 99 microAmp and Vo = 5V determine: a. Az, Bg and Azf, (including the units) b. Rif & Rof if Ri= 5 Kohm & Ro = 4 Kohm.
For an operational amplifier, the differential gain and the common mode gain are 105 and 10 respectively. What will be value of the CMRR of the opamp?
Thanks
The differential amplifier in the figure given below has mismatched collector resistors. Calculate Add, Acd, and the CMRR of the amplifier if the output is the differential output voltage Vod, and R = 140 KQ, AR/R = 0.41, VCC= VEE= 15 V, REE= 148 kQ, and ẞF= 180. +Vcc R + AR 5 6 Q1 + VOD R-AR Q2 V2 REE -VEE
Consider the boost converter shown. Switch Q is operating at 25 kHz with a duty cycle of 0.6. Assume the diode and switch to be ideal. Under steady-state condition, the average resistance R as seen by the source is (Round off to 2 decimal places.) £2. 15 V 1 mH voor Rin k ♫ ▷ 100 uF www 102
A certain op-amp is used in a feedback configuration having a gain of 20 and a bandwidth of 500 kHz. a)If the external resistor values are changed to increase the gain to 40, what is the new bandwidth? The new bandwidth is 250khz What is the unity-gain bandwidth of the op-amp ??
please need correct answer fast Q1) For an Operational amplifier if CMRR = 130dB and Open loop differential gain Aol = 150000, the value of Common mode gain ACM will be __?
In Inverting Amplifier, if the feedback resistor Rf.8 = 10Kohms, input resistor is Rin = 2000ohms and input signal is 1 Vpp, does the signal ?amplified )1 نقطة( No O Yes O
1) A differential amplifier has a voltage input of V1 = 12V and V2 = 9.4V and a voltage output of 7.8V. Determine the differential gain in decibels. 2) A certain diff-amp has a CMRR of 95db and differential voltage gain of 2700. Determine the common-mode gain.