Inverting or Non Inverting Op amps amplifier using Rin Resistor , Rf feedback resistor
When placing a capacitor in the feedback of a inverting or Non Inverting Op amp amplifier
At high frequencies the feedback capacitor's impedance is low, ESR is low, so it passes the high frequency but the Op amps gain is LOWER because the capacitor impedance and Rf feedback resistor is in parallel so the Gain is lower at higher frequencies?
The Caps ESR value is in parallel with the Rf feedback resistor which makes the op amps gain lower?
The Caps Impedance at high frequencies is in parallel with the Rf feedback resistor which makes the Op amps gain lower?
When placing a capacitor in the feedback of a inverting or Non Inverting Op amp amplifier
At high frequencies the feedback capacitor's impedance is low, ESR is low, so it passes the high frequency but the Op amps gain is LOWER because the capacitor impedance and Rf feedback resistor is in parallel so the Gain is lower at higher frequencies?
The Caps ESR value is in parallel with the Rf feedback resistor which makes the op amps gain lower?
The Caps Impedance at high frequencies is in parallel with the Rf feedback resistor which makes the Op amps gain lower?