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  • REF3312: REF3312

    Part Number: REF3312 Hi, Is there any data regarding latchup on REF3312> Is the part CMOS?

  • REF3312: REF3312

    Part Number: REF3312 Hi, 1) Could you tell me if the part is bipolar 2) if there is latchup? 3) If it passed electrical latchup
    • Answered

  • REF3312: Lower temp drift device

    Resolved
    Part Number: REF3312 Other Parts Discussed in Thread: REF2025 Hello team, I'm looking for a precise voltage reference which has performances below. - Output: 1.2V or 1.25V - Accuracy: <0.2% - Temp drift: <7ppm/C - Drive capability: 10mA< sink&so…
    • Resolved

  • REF3312: Inquiry about thermal resistance of UQFN package

    TI Thinks Resolved
    Part Number: REF3312 Other Parts Discussed in Thread: REF3330 , REF3325 Hi, I checked that REF3312 has SOT-23-3, SC70-3, UQFN package on data sheet and web-site. But, there is no thermal information of UQFN package. Could you please check and give me …

  • REF3312: Measurement of output voltage vs temperature without noise

    TI Thinks Resolved
    Part Number: REF3312 Hello, How do you measure the voltage reference output to produce a smooth plot of the output voltage vs temperature. There does not appear to be noise in the plot. I would like to reproduce the datasheet's output voltage vs temperature…

  • REF3312: REF3312: Output current

    TI Thinks Resolved
    Part Number: REF3312 We have a question about the output current of REF3312. In the data sheet on page 1, is said that this output current is +-5mA And on page 5 is said that it is +-30mA What is the actual value? 30mA or 5mA? Thanks in advance.
    • Answered

  • REF3312: REF3312 Turn-On Settling Time (to 0.1%)

    Resolved
    Part Number: REF3312 Hello, My customer is looking for 1.25V reference having <500us Turn-On Settling Time (to 0.1%) and considering MAX6023EBT12 because it’s Turn-On Settling Time (to 0.1%) is very fast, 30us. The REF3312 datasheet says Turn…
    • Resolved
    • Answered

  • REF3312: Vout accuracy

    Resolved
    Part Number: REF3312 Hi Ethan, You mentioned that total max error is initial accuracy+temp drift(max 30)+line regulation(Max 50)+etc... Is it correct? Thanks.
    • Resolved
    • Answered

  • REF3312: Bypass capacitor

    Resolved
    Part Number: REF3312 Hi, From Figure 17, 1 to 10 μF is recommended for CBypass. Is this the recommended value for the effective capacity? If No, how much effective capacitance values do we need? Best Regards, Yuto Sakai
    • Resolved
    • Answered

  • REF3312: Load regulation

    Resolved
    Part Number: REF3312 Hi, Please tell me the test condition below. Why is there no current condition in Load regulation condition? Or what do you mean? Best Regards, Yuto Sakai
    • Resolved

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