Part Number: LM111QML Tool/software: Hi TI team,
We have been conducting offset voltage test for the LM111JG comparator using the Single Auxiliary op amp servo loop method in a bench setup. The testing is performed at ambient temperature. We have observed…
Part Number: LM111QML-SP Hello,
Would the LM111QML-SP work with a 28VDC supply voltage? The datasheet says 5VDC to +/-15V , but it also says it should be able to switch up to 50V and the positive supply voltage is up to +30V.
Thanks
Part Number: LM111QML Other Parts Discussed in Thread: LM111 Hello , is your LM111 MDA die - the NSC original design.
if yes, what is the die size ? Die step ?
thanks,
Part Number: LM111QML-SP Hi experts!
My customer is looking for bench data from a few sample units showing overdrive response with 5mV overdrive.
They are also not sure how the tRLHC and tRHLC parameters are defined. What are the starting/ending points…
Part Number: LM111QML Hello team,
Good day.
i would like to confirm whether there will be an issue if a customer puts an input signal (approximately 4V) when both supplies are at approximately 0V (ground). He is seeing an ouput of 1.5V during this condition…
Part Number: LM111QML Hi E2E,
Our customer would like to confirm if the LM111QML, specifically the LM111H/883 has the same die and material with LM111H/883B which is a previous National Semiconductor part?
Regards,
Carlo
Part Number: LM111QML Does this material implement screening in accordance with MIL-STD-883 Method 5004 Class B?
Our Customer said it is needed to use due to internal standards.
Your prompt confirmation would be highly appreciated, thank you.
Method…
Part Number: LM111QML I have a question about LM111H/883.
Is LM111H/883 applicated Mil-Std-883 Method 5004 Tests for Military Lot Screening ?
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