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  • LMV341-Q1: offset voltage vs common-mode voltage

    TI Thinks Resolved
    Part Number: LMV341-Q1 Hi all, I would like the offset voltage vs common-mode voltage in wider range of Y-axis? I would like to use that in order to expect the input swing voltage. Best regards, RYO

  • LMV341-Q1: Rated voltage and rated current

    • Resolved
    Part Number: LMV341 - Q1 Hi TI-team My customer have question. Please teach me rated voltage

  • LMV341-Q1: About the state when the shutdown function is turned on

    • Resolved
    Part Number: LMV341 - Q1 Hi TI-team My customer want to know the state at the time of shutdown

  • RE: TINA/Spice/LMV341-Q1: Spice model for failure analysis simulation(short mode) : LMV34x-Q1

    Hi Hatsuyama-san, Thank you for clarifying. The model will not work for this type of analysis, it is used for typical operation only. Best, Paul

  • LMV341-Q1: the specification of VICM

    TI Thinks Resolved
    Part Number: LMV341-Q1 Dear all, Could you teach me about the specification of VICM at V+=5V? You define that Typ: -0.2~4.2V and Max: 4V. Why maximum value is lower than typical value? In addition, this specification is defined with Ta=25C...

  • LMV341-Q1: Input Capacitance

    • Resolved
    Part Number: LMV341 - Q1 Dear all, I cannot find input capacitance value of this device from data

  • LMV341-Q1: Input capacitance value of SHDNB

    TI Thinks Resolved
    Part Number: LMV341-Q1 Dear all, Could you teach about input capacitance value of SHDNB pin? I would like to calculate how long does it take to shutdown. It may be difficult to say specific value. Could you say that it may be equal to or less...

  • RE: TINA/Spice/LMV341-Q1: Is there SPICE model?

    Yamamoto-san, I would like to add that the LMV342 model is very close to the Q1 version with the following exceptions: 1) Vcm is from 2.7V to 5.5V instead of 2.5V to 2.7V 2) The actual Q1 device has a little better CMRR, noise and Vos. 3) The...

  • RE: LMV341: Glitch noise after nSHDN Low to High

    Naoki-san, When coming out of shutdown, the amplifier circuit is not running closed loop (settled). The op-amp may overreact to close the loop; it depends highly on the passive components in the loop. If the input voltages are initially out of common...

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