− | Varying the input current from 0 to 2A results in a clean straight line. Performing a linear regression results in the equation <math> V_{out} = 3.2534\mbox{k}\Omega * I_{in}</math>. Thus we can say that the amplifier has a transimpedance gain (<math>3.2534\mbox{k}\Omega</math> under the conditions given above) and no dc bias. | + | Varying the input current from 0 to 2A results in a clean straight line. Performing a linear regression results in the equation <math> V_{out} = 3.2534\mbox{k}\Omega \cdot I_{in}</math>. Thus we can say that the amplifier has a transimpedance gain (<math>3.2534\mbox{k}\Omega</math> under the conditions given above) and no DC bias. |