Question: For the differential amplifier, let I = 0.5mA, VCC = -VEE = 2.5V, VCM = -1V, RC = 8K Omega, and beta= 100. Assume that

For the differential amplifier, let I = 0.5mA, VCC = -VEE = 2.5V, VCM = -1V, RC = 8K Omega, and beta= 100. Assume that the BJTs have vBE = 0.7V at iC = 1mA. Find the voltage at the emitters and at the outputs.

Step by Step Solution

★★★★★

3.59 Rating (174 Votes )

There are 3 Steps involved in it

1 Expert Approved Answer

Step: 1 Unlock

Solution if 5 07 ... View full answer

Question Has Been Solved by an Expert!

Get step-by-step solutions from verified subject matter experts

Step: 2 Unlock

Step: 3 Unlock

Students Have Also Explored These Related Physics Questions!

Assume that R S = R C = 50k ¦ in Problem 3.2, and calculate the optimum I C . What is the dc voltage drop across R C ? What is the voltage gain? In problem 3.2 A CE transistor is to be used in...

Assume that R C is made large compared with r o in the CB amplifier of Fig. 3.15. Use the equivalent circuit of Fig. 3.17 and add r o between the input (emitter terminal) and the output (collector...

For a differential amplifier shown in Figure 1, assume RI = 5V, ,V, being the thermal voltage. And the maximum magnitude of the input signal ( triangular wave ) is 6.6V, , and the output signal (sine...

For n = 12 year-2007 model sedans whose horsepower is between 290 and 390, the following measurements give the time in seconds for the car to go from 0 to 60 mph: (a) Find a 96.14% confidence...

Determine the differential equation for the op amp circuit in Fig. 8.110. If v1(0+) = 2 V and v2(0+) = O V find vo for t > 0. Let R = 100kÎ© and C = 1Î¼F. V2 ww- + IO

A two-stage bipolar amplifier is shown in Fig. 7.47. Calculate the low-frequency, small-signal voltage gain Ï o /Ï i and use the zero-value time constant method to estimate the3-dB...

Repeat 12.1 for the two-stage op amp in Fig. 12.23. Assume that switched-capacitor CMFB is used, which does not limit the output swing. Use the data in Problem 12.1. Data from Prob. 12.1: What are...

What are the swing limits for each output of the differential amplifier in Fig. 12.2? Use |V ov | = 0.2 V for all transistors and V tn = V tp = 0.6 V. Assume V DD = V SS = 2.5 V, V ic = 0 and...

In the figure for Prob. 820, let A = 0.9 m, B = 1 m, C = 1.10 m, D = 20 mm, and E = 25 mm. The cylinder is made of ASTM No. 35 cast iron (E = 96 GPa), and the head, of low-carbon steel. There are...

Reconsider Prob. 1558. Using EES (or other) software, investigate the effect of the amount of excess air on the heat transfer for the combustion process. Let the excess air vary from 0 to 200...

Choose five of the strategies Identify a company that is using or has used the strategy (note: your examples must be different from the examples provided in textbook). Provide the strategy, the...

The proper isohedral tiling by pentagons of type P524 is sometimes called the Cairo tiling. Is it possible to construct such a tiling with tiles having 5 equal edges?

You are performing an earned value analysis (EVM) on your 28-week project. The project was scheduled to be 50% complete at this time. You have finished 14 of the 32 deliverables (all of equal value)....

13. Which stress value(s) will be nonzero at location J? A. Ozz B. Oyy X C. Ozz D. y E. Ozz F. Oyz X y A M Cross Section at A-A Y Z A B 0/1 points

Question on setting up supplier records(Q=115.F.M.CS.S.Q1) After you have finished setting up the supplier records for Hi-Fi Way, Edgar asks you to perform the following steps in MYOB and then...

Which forms of speculation or postponement is each of the following? (Explain in full) 1) A computer hardware company is producing parts of the computer and ship. them to market but only assemble...

Why do you have to give up more ownership to get outside investment if your business is risky?

Create a data model for one of the processes in the end-of-chapter Exercises for Chapter 4. Explain how you would balance the data model and process model.

What are the Current Assets equal to ? a . 2 0 3 8 9 1 4 b . 1 9 7 8 9 1 4 c . 1 7 6 5 4 1 4 d . 1 7 2 6 8 5 8 e . 1 9 3 0 3 5 8

An amplifier has a low-frequency forward gain of 5000 and its transfer function has three negative real poles with magnitudes 300 kHz, 2 MHz, and 25 MHz. (a) Calculate the dominant-pole magnitude...

Determine the worst-case input offset voltage for the circuit of Fig. 4.58. Assume the worst-case I S mismatches in the transistors are ± 5 percent and Î² F = 15 for the pnp...

The ac schematic of an amplifier is shown in Fig. 11.49. The circuit is fed from a current source i S and data are as follows: R S =1 k ¦ R L = 10 k ¦ I C = 1 mA Î² = 50 r b...

If Fisher discards the rational world paradigm, why does he advocate narrative rationality? How are they different?

Aristotle spent a great deal of time discussing the role of the audience. If you were giving a speech on safety to a group of convenience store employees, what sort of audience analysis would you...

Burke believes that symbols, and language, in particular, are critical in life. When he says that symbolic action is more than mere physical or material reality, what do you think he means?