2.5 The circuit shown in Fig. E2.5(a) can be used to implement a transresistance amplifier ( in Find the value of the input resistance R₁, the transresistance R. and the output resistance R, of the transresistance amplifier. If the signal source shown in Fig. E2.5(b) is connected to the input of the transresistance amplifier, find its output voltage. 10 ΚΩ Input Output 0.5 mA | 10 ΚΩ

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2.5 The circuit shown in Fig. E2.5(a) can be used to implement a transresistance amplifier (
Find the value of the input resistance R₁, the transresistance R, and the output resistance
R, of the transresistance amplifier. If the signal source shown in Fig. E2.5(b) is connected to the input of
the transresistance amplifier, find its output voltage.
Input
10 kn
ww
Output
0.5 mA (
10 ΚΩ
Transcribed Image Text:in 2.5 The circuit shown in Fig. E2.5(a) can be used to implement a transresistance amplifier ( Find the value of the input resistance R₁, the transresistance R, and the output resistance R, of the transresistance amplifier. If the signal source shown in Fig. E2.5(b) is connected to the input of the transresistance amplifier, find its output voltage. Input 10 kn ww Output 0.5 mA ( 10 ΚΩ
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