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Similarly, the output voltage is obtained at pin 6.

The maximum values of ±Vcc are shown in the table showing features or datasheet.

After that, it should be noted that +Vcc and –Vcc must be equal in magnitude.

After that, connect positive terminal to pin 7.

We connect the negative potential of the battery to pin 4.

While using the LM741 operational amplifier input signal is either applied at inverting or non-inverting input terminals.

We can use it amplification either as inverting or non-inverting. The operational electrical features of LM741 are: Parameters LM741 Input offset voltage (mV) 5 Input bias current (nA) 500 Input offset current (nA) 200 Input resistance (MΩ) 2 Large signal voltage gain (V/mV) 200 Supply current (mA) 2.8 Output resistance (Ω) 75 Supply voltage (V) ☑5 Where and How to Use LM741 Op-Amp

Available in PDIP, CDIP, and TO99 packages.

Unlike other op-amps, it has the following features: On top of that, it supports overload protection for inverting and noninverting pins. One of the main features of this op-amp is overload protection.

In this section, we discuss the electrical specifications. it is to be kept open LM741 Op-Amp Electrical Features PINS Details 1 ( Offset N1) Offest pin 1 is for external input offset voltage adjustment 2 ( Inverting Input) Inverting input for applying the inverting input voltage 3 (Non-Inverting Input) Non- inverting input pin for applying a non-inverting input voltage 4 (-Vcc) Vcc- is for applying negative DC supply 5 (Offset N2) Offset Null 2 is for external input offset voltage adjustment 6 (Output) Output pi is for obtaining output voltage 7 (+Vcc) Vcc+ is for applying positive DC supply 8 (NC) This pin is for no connection i.e. In short, this table lists the descriptions of all pins. Two pins are for power supply such as Vcc- and Vcc+. But the pinout diagram is the same for both packages. LM741 datasheet download LM741 Op-Amp Pinout Diagramįirstly, LM741 comes as 8 pin DIP and SO8 packages.