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The amplifier's response to varying the power voltage (<math>V_c</math>) from 0 to 10V is shown in the image below.
The amplifier's response to varying the power voltage (<math>V_c</math>) from 0 to 10V is shown in the image below.
[[Image:Amplifier Response to Power (2007-07-03).png|thumb|left|caption]]
[[Image:Amplifier Response to Power (2007-07-03).png]]
Note that the vertical axis can be read as either the output voltage (<math>V_{out}</math>) in mV or as the transimpedance gain in <math>\Omega</math>.
Note that the vertical axis can be read as either the output voltage (<math>V_{out}</math>) in mV or as the transimpedance gain in <math>\Omega</math>.
The amplifier's response to varying the frequency (<math>f</math>) is shown in the image below.
The amplifier's response to varying the frequency (<math>f</math>) is shown in the image below.
[[Image:Amplifier Response to Frequency (2007-07-03).png|thumb|left|caption]]
[[Image:Amplifier Response to Frequency (2007-07-03).png]]
Note that the vertical axis can be read as either the output voltage (<math>V_{out}</math>) in mV or as the transimpedance gain in <math>\Omega</math>.
Note that the vertical axis can be read as either the output voltage (<math>V_{out}</math>) in mV or as the transimpedance gain in <math>\Omega</math>.