• Register
  • Login
  • According to the datasheet LM741 IC is a general purpose single operational amplifier.
    The UA741 is a high performance monolithic operational amplifier constructed on a single silicon chip. You can find some interesting circuits here.

    741 pin connection

    741 8 pin package

    741 14 pin configuration

    741 14 pin package

    741 features

    • large input voltage range
    • no latch-up
    • high gain
    • short-circuit protection
    • no frequency compensation required
    • same pin configuration as UA709

    741 usage

    • summing amplifier
    • voltage follower
    • integrator
    • active filter
    • function generator
    ask a question

    13 Responses to "LM741 IC Datasheet"

    1. Thx buddy….It was very useful in preparing Project report

    2. shahbaz ahmed says: on February 23, 2012 at 5:35 pm


    3. wants to know its basic funtion in dtail

    4. mohamed hussain says: on November 13, 2013 at 8:22 am

      thanks for ur information

    5. Sahadeb Mukherjee says: on January 4, 2014 at 8:25 am

      Connection detail required for connection with vibration sensor with +5/-5 volt supply. suitable for our KOSA Portable Dy, Balancing Instrument.

    6. highlandham says: on February 1, 2014 at 7:39 pm

      Yes an interesting simple project to implement . However the pin-out of IC1 (741 opamp) is NOT as per the 8pin DIL layout in the data sheet
      It might be wise to correct the circuit diagram 741 pin-out

    7. Rajkumar N. Lilhare says: on February 18, 2014 at 3:30 am

      nice data sheet but extra not describe . Extra

    8. highlandham says: on February 18, 2014 at 5:30 pm

      Following my earlier comments re pin numbering of the 741 opamp the above is obviously referring to the most common 8 pin DIL package.

      Suggest that in all circuit diagrammes involving the 741 opamp the pinout is as per the above.

      Note : I really enjoy this web site ; thanks P.Marian !

      Frank , GM0CSZ (highlandham) in northern Scotland

    9. Comment
      thanx 4 this type implementation

    10. Thank u for your nice information

    11. Thanks a ton for d help! Really enjoying doing this :) I like dis site ..

    What do you think about this article? Leave a comment!

    You may add a picture too (related to electronics)