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  • LMV612: Is there an op amp pin floating in the dual channel, which will cause the normal operation of the op amp to fail?

    • Resolved
    Part Number: LMV612 LMV612 only uses A, B is not used, but forget to process B when design

  • LMV612: What is the difference between LMV612 and LMV932

    • Resolved
    Part Number: LMV612 Hi, we are looking for alternatives to the LMV932MA/NOPB we are currently using

  • LMV612: Bias current, offset current, input pin internal protection diode

    • Resolved
    Part Number: LMV612 1. What is the maximum value of the bias current and offset current

  • RE: TINA/Spice/LP324-N: Filter Designer Tool vs Tina-TI

    Hi Mirza, this simulation here works with the LMV612: mirza3.TSC I had to import the Spice model of LMV612 with the "New Macro Wizard", though. Kai

  • Tiva C Series TM4C123G LaunchPad Evaluation Kit

    Hello, I am currently looking for a test board/circuit that can send a varying duty-cycle PWM signal to an 8-bit AVR Microcontroller and also watch two analog outputs from an LMV612 op amp to verify functionality. The TM4C123G Evaluation Kit was recommended...

  • RE: LMV358: VOL change by temp. and Load

    Hiroshi-san, LMV358 has a anti saturation circuit for the output NPN to keep bias current as low as possible. Therefor VOL will never be zero. Becuase VOL is a critical performance specification then I would suggest using a different op amp. LMV612...

  • RE: Output inversion of the time of the current increase in the non-inverting circuit.[LMV358-N/TLV2442]

    Hello Tomoaki, What Thomas said for the TLV2442 is also true for the LMV358-N. There is no guarantee that the output will not invert when Vcm is exceeded. The only guarantee is to use a R-R input device (LMV612, OPA2313) that will not collapse when...

  • RE: LF353 offset level changes from part to part

    Hello Pedro, 5V supply is on the low side for this device. Most likely you are running into the common mode limit. The input common mode range does not extend to ground like newer devices, but the opposite, it's common mode extends to the V+ rail...

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