PárrafoEstilosWe can make use of a non-inverting amplifier to build acurrent source. To do this, consider the following circuit:RWhere one of the resistors that make up the configuration hasbeen replaced by a box black (charge). Show that the current iis independent of charge and is given by t, =V.RSuppose the amplifier is biased with ±15V and that the black boxis a resistor RL. IsV, = 2V and R 2.2k. ¿What is the range ofvalues of R for which this configuration works as currentsource?sibilidad: es necesario investigarSHOT ON POCO X3 NFC

Answered: Image /qna-images/answer/6f3c0622-b868-4819-b870-9b77add693c4.jpg

We can make use of a non-inverting amplifier to build a -current source. To do this, consider the following circuit: Where one of the resistors that make up the configuration has been replaced by a box black (charge). Show that the current i Ve is independent of charge and is given by i, = Suppose the amplifier is biased with +15V and that the black box is a resistor R1. IsV, = 2V and R = 2.2k. What is the range of values of R for which this configuration works as current source? ad: es necesario investigar 85 DOO SHOT ON POCO X3 NFC

We can make use of a non-inverting amplifier to build a -current source. To do this, consider the following circuit: Where one of the resistors that make up the configuration has been replaced by a box black (charge). Show that the current i Ve is independent of charge and is given by i, = Suppose the amplifier is biased with +15V and that the black box is a resistor R1. IsV, = 2V and R = 2.2k. What is the range of values of R for which this configuration works as current source? ad: es necesario investigar 85 DOO SHOT ON POCO X3 NFC

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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Similar questions

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In the given common-gate amplifier circuit, the voltage source VB is a constant voltage source that, along with the DC component of the input voltage, sets the quiescent drain current of the PMOS transistor such that gm=3mS. The transistor also has λ≈0, Cgs=4pF and Cgd=200fF. The amplifier is fed with an input source having Rin=5kΩ, has a load resistance RL=10kΩ and a load capacitance CL=2pF. Derive the transfer function and determine the DC gain. Express your answer up to 3 decimal places.
Show the manual solution of the simulated values for the given non-inverting amplifier below
In the given common-gate amplifier circuit, the voltage source VB is a constant voltage source that, along with the DC component of the input voltage, sets the quiescent drain current of the PMOS transistor such that gm=5mS. The transistor also has λ≈0, Cgs=4pF and Cgd=200fF. The amplifier is fed with an input source having Rin=5kΩ, has a load resistance RL=10kΩ and a load capacitance CL=2pF. What is the output resistance of the transitor? Express your answer up to 3 decimal places.
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The amplifier as shown has R2 = 68 kΩ and R1 = 2.7 kΩ. What are the valuesof Av A, Av B, Av C, RinA, RinB, RinC, and RoutA, RoutB, RoutC, for the amplifier equivalent circuit as shown.
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