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  • LM6134: [Case:711717]Technical Data Inquiry for CNH Industrial

    TI Thinks Resolved
    Part Number: LM6134 [Case:711717]Technical Data Inquiry for CNH Industrial SiliconExpert is contracted by CNH Industrial to work with their suppliers for accuracy and compliance. We have an agreement with you that all NRND parts are set to have 10-15…
    • Answered

  • LM6134: Maximum Voltage at Input/Output Pins

    Resolved
    Part Number: LM6134 Other Parts Discussed in Thread: LM6132 , TM4C123GH6PM Hello TI, I am using LM6134 and LM6132 Op-amps in my design and as a part of improvement a circuit is to be designed where the voltage on the Op-amp's input pins is 5V-15V but available…
    • Resolved
    • Answered

  • TLV9064: alternative to Lm6134

    Resolved
    Part Number: TLV9064 Other Parts Discussed in Thread: LM6134 , LM6132 , , OPA4197 , OPA4192 Hello guys, I am currently evaluating an alternative to the LM6132 / LM6134 code with the following requirements: Package TSSOP 14 pin (quad-OPAMP) 5.5V voltage power…
    • Resolved

  • LM6134: tOR Overload recovery time

    Part Number: LM6134 Other Parts Discussed in Thread: LM6132 Hi guys, I hope all is fine! I wanted to kindly know where to find the tOR Overload recovery time for the LM6134. On the datasheet LM6132 / LM6134 the value of tOR Overload recovery time for…

  • LM6134: OPAMP working

    TI Thinks Resolved
    Part Number: LM6134 Hey, I am using LM6134B opamp and doing simple tests. Surprisingly, I found a strange behaviour, for which I am trying to find the reason. I am applying a ramp wave from 0 to VDD at the non-inverting input. I am connecting both VDD…
    • Answered

  • RE: TLV3404: Piezo element // 2 stage op-amp design

    Resolved
    Hi Kai, Paul, Before I create a test PCB, I have build a test setup on a breadboard. To test the first stage op-amp and to check the piezo signal I used an LM6134 (had nothing available in DIP package) Two things which I noticed on the scoop (see below…
    • Answered

  • Re: LM339 as comparator

    Resolved
    Deepak, I see two problems. 1) The LM339 common mode range does not include VCC+ 2) The comparators need an offset of about 15mV added. So 0mV input is off and 30mV is on. High voltage (>6V) comparators with rail to rail (or VCC+) common mode range…

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