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  • LM2907-N: Pump tach control solution

    TI Thinks Resolved
    Part Number: LM2907-N Other Parts Discussed in Thread: LM331 , LM231 , TINA-TI Hi Team, My customer is seeking a frequency to voltage solution. But the VCC of LM2907-N look like cannot meet customer's application. Could you please suggest us more suitable…

  • LM2907-N: Failure mode distribution

    Part Number: LM2907-N Dear e2e Support, My customer uses our Frequency to Voltage Converter in a Safety application. Could you share what are the different failure modes and related distribution? Regards,
    • Answered

  • LM2907-N minimum frequency

    Resolved
    Part Number: LM2907-N I need to count frequencies from 0.5 Hz to 3 Hz. Is this feasible with LM2907 or do you have a better product?
    • Resolved

  • LM2907-N: SMT Soldering

    Part Number: LM2907-N Hi, my customer wants to use LM2907MX-8/NOPB in an SMT production line. The datasheet specifies an infrared soldering temperature 220 degC. however for an lead free SMT soldering process the following parameters are required: 238degC…
    • Answered

  • LM2907-N: Capacitor ratings

    Resolved
    Part Number: LM2907-N I was wondering what the max voltage the capacitors will receive (C1 and C2) when run in the configuration shown in Figure 15.
    • Resolved

  • LM2907-N:LM2907-N

    Part Number: LM2907-N お世話になります。 当社では使用する前に80度　8時間温めるることに決めています。 これは温度に対する周波数特性が良くなるということで実施していますが 実のところこの話の出所が不明です。 そこでご教示いただきたいのですが上記の方法は実際に効果があるのでしょうか 回答よろしくお願いします。

  • LM2907-N: LM2907

    TI Thinks Resolved
    Part Number: LM2907-N Hello, I'm using LM2907 IC for frequency to voltage conversion. Now I need to calculate the power dissipation of the IC. I have calculated the power consumption P= Vcc* Icc. According to the absolute ratings, maximum power dissipation…
    • Answered

  • LM2907-N: Response time formula

    Resolved
    Part Number: LM2907-N I cannot find any response time formulas for the LM2907 on any data sheets. Does anyone know if there is one?
    • Resolved

  • LM2907-N: Missing equation in application note AN-162

    TI Thinks Resolved
    Part Number: LM2907-N Hello, On page 4 of AN-162 I believe there is supposed to be an equation for selection of R1. It seems to be missing, is anyone able to provide the equation or update the file?

  • LM2907-N: Electrical characteristics questions

    Part Number: LM2907-N 1. What is the minimum supply voltage for the 2907 8-pin? I saw a post on this forum saying 6 volts, but I cannot find that in the data sheet (page 5 says -28 to 28V. 2. What is the minimum and maximum input voltage of the frequency…

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