Question
The op-amp in the schematic has finite GBW; hence, it behaves as an integrator. Connecting a resistor as shown creates a trans- impedance amplifier.
The op-amp in the schematic has finite GBW; hence, it behaves as an integrator. Connecting a resistor as shown creates a trans- impedance amplifier. The input impedance of the TIA is known to be of the type Rin || Lin. Clue: What do you know about an R bridging an inverting integrator? Zin = Rin|| SLin R C WGBW S Express the values of Rin and Lin in terms of R and wGBW. Show your work. (You may assume the op-amp has infinite input resistance, zero input capacitance, and zero output resistance)
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