- Figure 2 A Shows A Transresistance Amplifier In The Dashed Box Connecting A Source To A Load Rs 10 K And Rl 1 K 1 (96.07 KiB) Viewed 45 times
Figure 2(a) shows a transresistance amplifier (in the dashed box) connecting a source to a load. Rs = 10 k and RL = 1 k
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Figure 2(a) shows a transresistance amplifier (in the dashed box) connecting a source to a load. Rs = 10 k and RL = 1 k
Figure 2(a) shows a transresistance amplifier (in the dashed box) connecting a source to a load. Rs = 10 k and RL = 1 k 2. R. M + Is SRS ER, A, + 1 VOIR Figure 2(a) (i) What are the values of R; and Ro in an ideal transresistance amplifier? 5% (ii) Derive an expression for the Vds when R; and R. are ideal. 10% 25% (iii) With Ar = 20, R; = 1 kN and R. = 1 k12, calculate the load voltage V. when Is = 0.1 sin (20000nt) A.
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