There is no explicit compensation pin on a TL071 but it is conceivable that the offset pins could be used for that purpose and they are in some other op amps. If you are not using the offset null feature, leave these pins open.
#OP AMP OFFSET PIN SERIES#
A resistor in series with the slider of the pot would be adequate. It seems like there should be some protections against going too close to the ends of the pot and shorting out the 1080 ohm resistors but this is the factory recommendation. The slider of the pot is connected to the negative rail and the ends of the pot are connected to the null inputs. Both the 8 and 14-pin DIPs have an output voltage clamp circuit to minimize overload recovery time. Our ideal op amp has zero volts across its input pins when the output is zero, but in reality, the input terminals are at slightly different dc potentials. It is also pin-compatible with the LM741 IC and is used in electronics and computers, among other things. It features low input bias currents, trimmed input offset voltage, and high slew rates. The offset null pins are connected to the emitter - 1080 ohm resistor junctions and it is intended that a 100K linear pot be used as a balance control where one is needed. Offset voltage (V OS) is the differential dc voltage required between the input pins of an op amp to make its output zero. TL084 is a high-speed operational amplifier integrated circuit that is made up of a high voltage JFET and a bipolar transistor.
![op amp offset pin op amp offset pin](https://media.cheggcdn.com/media/984/984022b1-ff8d-4136-b5c3-8d29551bc040/phpBGpjCy.png)
There is an NPN current mirror stage connected through nominal 1080 ohm emitter resistors to the negative rail. The TL071 input stage has a pair of P-channel JFET's as the input stage with a PNP source feeding their sources from the positive rail.