B4.833C. 7.250D. 2.417Fig. 850 kOhmmSk OhmM+5 k OhmMmm-11NEx>10k OhmVo23Q15. The non-ideal Op. Amp. in the circuit shown in Fig. 8 has an open-loop gain A = 75, aninput resistance ris of 10 ks2 and a zero output resistance. Then the gain of the amplifier is:4.04しっQ16. Which one of the following statements is (are) correct about JFET:A. The JFET has a high input impedance.B. The JFET is considered as a low power consumption device.In JFET, the gate source cut off voltage is numerically greater than the pinch off voltage.D. A and B.E. B and C.Good Luck

As per the Bartleby guidelines, I am solving the Q15. For the solution Q16 please reupload it…

Fig. 8 B4.833 C. 7.250 D. 2.417 Sk Ohm ww Vin 5k Ohm www 50 kOhm www 10 k Ohm Q15. The non-ideal Op. Amp. in the circuit shown in Fig. 8 has an open-loop gain A = 75, an input resistance ris of 10 k2 and a zero output resistance. Then the gain of the amplifier is: 4.04 Vo about JFET: he pinch off voltage.

Fig. 8 B4.833 C. 7.250 D. 2.417 Sk Ohm ww Vin 5k Ohm www 50 kOhm www 10 k Ohm Q15. The non-ideal Op. Amp. in the circuit shown in Fig. 8 has an open-loop gain A = 75, an input resistance ris of 10 k2 and a zero output resistance. Then the gain of the amplifier is: 4.04 Vo about JFET: he pinch off voltage.

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...

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