Yes, in the capacitor-coupled attenuator circuit shown in figure 4.48 above, I is a dc current that.

Yes, in the capacitor-coupled attenuator circuit shown in figure 4.48 above, I is a dc current that varies from 0mA to 1mA, and C1 and C2 are large coupling capacitors. For every small input signals, so that the diodes can be represented by their small signal resistances rd1 and rd2, show that Vo/Vi = rd2/rd1 + rd2 and hence that Vo/Vi = I, where I is in mA. Find Vo/Vi for I = 0uA, 1uA, 10uA, 100uA, 500uA, and 1mA. Vo in this image is at C2

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