How many poles does an internally compensated opamp typically have, and where located? So what would you expect the rolloff to be in the 10kHz to 1kHz region?adamaero said:
What? Is there another word for poles or rolloff? I don't know what these mean.berkeman said:
What class are you in? What textbook are you using? What have you found when you use the very helpful Internet to search for information on Dominant Pole Compensation for Opamps?adamaero said:
adamaero said:
adamaero said:
You are heading in the right direction, but just saying the gain is "greater" is not an answer to the questionadamaero said:
Answering those questions will give you the quantitative answer...berkeman said:
An internally compensated op-amp is a type of operational amplifier that has built-in compensation circuitry to stabilize its open-loop gain. This allows for a more predictable and consistent performance, especially in high-frequency applications.
Predicting the AC open-loop gain of an internally compensated op-amp is important because it allows engineers to understand and optimize the performance of the op-amp in their circuit design. It can also help identify any potential stability issues that may arise.
The AC open-loop gain of an internally compensated op-amp is affected by various factors such as the internal compensation circuitry, the frequency of the input signal, and the external feedback components used in the circuit.
The AC open-loop gain of an internally compensated op-amp can be calculated using its transfer function, which includes the internal compensation circuitry. This transfer function can be derived from the op-amp's circuit diagram and its small-signal model.
Yes, there are some limitations to predicting the AC open-loop gain of an internally compensated op-amp. These include variations in component tolerances, temperature effects, and non-idealities in the op-amp's internal compensation circuitry. These factors can affect the accuracy of the predicted gain and should be taken into consideration in circuit design.