In a negative feedback configuration of an op-amp, the output is connected back to the input to maintain stability and control. This process helps ensure that the voltages at the inverting and non-inverting inputs are kept equal due to the operation of the op-amp's high gain. This technique is referred to as __________ feedback.

When the op‑amp has very high gain, a small difference between the inputs will drive the output. Other options are incorrect because Positive feedback makes the output amplify the input difference instead of cancelling it; Direct feedback would mean the output is connected straight to the input without any attenuation or phase change.