Part Number: REF70 Other Parts Discussed in Thread: REF80 , DAC11001B Tool/software: I am working on a design where the client wants us to stay within calibration for 10years. Do you have any suggestions of any references we could look into? We are looking…
Part Number: REF70 Other Parts Discussed in Thread: AFE2256 Hi team,
We can saw below from the datasheet:
For low noise application, the Cout need low ESR.
And from the ESR of capacitor, we can saw that the small capacitance have high ESR.
So…
Part Number: REF70 Tool/software: The Pspice noise models for the REF7025, REF7040, and REF7050 all appear to produce the same noise, which seems to agree with the data-sheet value for the REF7025.
The Pspice noise models for the REF7040 and REF7050…
Part Number: REF70 Tool/software: Hi team,
For our REF70 or total reference series, there is the initial accuracy spec in the datasheet: High accuracy: ±0.025% maximum
Here is one curious item for our REF70, for the initial accuracy, if one specific…
Part Number: REF70 Other Parts Discussed in Thread: REF6225 , , DAC81404 , , OPA196 , REF54 , REF50E Tool/software: Hi team,
i'm evaluating the precision reference voltage REF7025 and REF6225 to generate a reference voltage of +2.5V for the DAC81404…
Part Number: REF70 Tool/software: Hello team,
On the datasheet, MSL Peak Temp information is not available for REF7040QFKHT.
Would it be possible to give me this information?
Best Regards, Kei Kuwahara
Part Number: REF70 Other Parts Discussed in Thread: REF54 , , REF35 , REF4132 , REF50 Tool/software: Can I calibrate the output of my voltage reference to increase the accuracy of my system?
Part Number: REF70 Hi team,
Could you give me comment on following customer questions?
Q1. Is there any difference between plastic package (VSSOP) and ceramic package (LCCC) other than long-term stability spec? Or if product spec has any difference…
Part Number: REF70 Hi team,
Could you please kindly help check if we have the REF device which Vo is bigger than Vin?
For example:
Vin: 4.75V to 5.5V
Vo: 5V
Thanks,
Brian