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  • LM324-N: Temperature problem in photodiode signal amplification

    Part Number: LM324-N Other Parts Discussed in Thread: LM2902LV , TLV9002 Tool/software: I have designed a high amplification circuit to amplify a weak signal from a photodiode. It works well, but it is sensitive to temperature. The temperature range is…
    • Answered

  • LM324-N: Power supply current

    Resolved
    Part Number: LM324-N Other Parts Discussed in Thread: LM324 , LM324B Hi, Please tell me about the current consumption of the LM324-N. Is the DS description the current consumption per AMP? Or is it the value of the entire Quad package? LM324 (four AMPs…
    • Resolved
    • Answered

  • LM324: The Tj operating temperature specification of the LM324-N

    Resolved
    Part Number: LM324 Other Parts Discussed in Thread: LM224-N , LM224 What are my concerns if the LM324-N Tj operating temperature specification is reduced to -25°C? (Is it possible to guarantee the temperature at -25°C to 70°C?)
    • Resolved
    • Answered

  • LM337-N-MIL: LM337H/NOPB; metal lid body inductive or conductive?

    Resolved
    Is the metal body of the voltage regulator LM337H/NOPB may cause the short circuit if it touches with other components/metal components? Because, from our understanding, the body of the component should be inductive, and not conductive. Can you please check…
    • Resolved
    • Answered

  • LM337-N-MIL: LM337H/NOPB; suspected failure due to touching the lid body

    Resolved
    Part Number: LM337-N-MIL In our Amplifier application, the Voltage regulator of LM337H/NOPB is touching the metal lid of the body casing, it then causes the failure: short circuit between this voltage regulator LM337H/NOPB and the lid body casing. It results…
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    • Answered

  • LM324-N: Difference between LM324AN/NOPB and LM324N/NOPB

    Resolved
    Part Number: LM324-N Other Parts Discussed in Thread: LM324A , LM324 , , LM324B Hello Team, Customer would like to use LM324AN/NOPB or LM324N/NOPB for their new project. Could you give us your comment on the following 2 questions? 1. Could you let us know…
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    • Answered

  • RE: LM324-N: How to find why an IC failed

    Resolved
    Hi Kai, I did not spend time on it yet. But I will when I get free time during work. I will definitely update the result or come up with more questions
    • Answered

  • LM324-N: Absolute maximum power supply

    Resolved
    Part Number: LM324-N Other Parts Discussed in Thread: TLV9304 , OPA2990 , OPA2991 , OPA2992 It is mentioned on the datasheet that LM324-N has an absolute maximum supply rating of 32VDC. My question is above what voltage the device will have a failure rate…
    • Resolved

  • LM317-N-MIL: Multiple LDO devices, Max/Min input voltage request

    TI Thinks Resolved
    Part Number: LM317-N-MIL Hi Experts, Good day. I am reaching out to guide us completing the information requested by a known Cx: OPN MIN INPUT MAX INPUT LM317K STEEL/NOPB ? ? LM350K STEEL/NOPB ? ? LM317HVK STEEL/NOPB ? ? LM79L05ACM/NOPB ? …

  • LM324-N: LM324NE4

    TI Thinks Resolved
    Part Number: LM324-N LM324NE4 What can i do for below Error message when i order PN:LM324NE4? Error: issues were found with your order We cannot process your order at this time due to corporate policy restriction CP2

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