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Design the circuit of the following figure to provide a differential output voltage (i.e., one taken between two collectors) of 1 V when the differential input signal is 10 mV. A current source of 1 mA and a positive supply of +5 V are available. What is the largest possible input common-mode voltage for which operation as required is possible? i.e. the transistors don't leave the Active region of operation. Assume a ≈ 1. Vcc VBI UCIO Rc Rc VC2 γει + UB2 I

Design the circuit of the following figure to provide a differential output voltage (i.e., one taken between two collectors) of 1 V when the differential input signal is 10 mV. A current source of 1 mA and a positive supply of +5 V are available. What is the largest possible input common-mode voltage for which operation as required is possible? i.e. the transistors don't leave the Active region of operation. Assume a ≈ 1. Vcc VBI UCIO Rc Rc VC2 γει + UB2 I

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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Design the circuit of the following figure to provide a differential output voltage (i.e.,
one taken between two collectors) of 1 V when the differential input signal is 10 mV.
A current source of 1 mA and a positive supply of +5 V are available. What is the largest
possible input common-mode voltage for which opera.on as required is possible? i.e. 
the transistors don't leave the Active region of operation. Assume alpha ≅ 1. 

Design the circuit of the following figure to provide a differential output voltage (i.e., one taken between two collectors) of 1 V when the differential input signal is 10 mV. A current source of 1 mA and a positive supply of +5 V are available. What is the largest possible input common-mode voltage for which operation as required is possible? i.e. the transistors don't leave the Active region of operation. Assume a ≈ 1. Vcc VBI UCIO Rc Rc VC2 γει + UB2 I
Transcribed Image Text:Design the circuit of the following figure to provide a differential output voltage (i.e., one taken between two collectors) of 1 V when the differential input signal is 10 mV. A current source of 1 mA and a positive supply of +5 V are available. What is the largest possible input common-mode voltage for which operation as required is possible? i.e. the transistors don't leave the Active region of operation. Assume a ≈ 1. Vcc VBI UCIO Rc Rc VC2 γει + UB2 I
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