Part Number: LMV931-N Hi,
We have been using LMV931MFXNOPB into the product for 10 years. Four abnormal oscillation troubles have occurred in products manufactured from 2022. We do not make design changes. Did you change any chips such as manufacturing…
Part Number: LMV931-N Hi teams,
Could you tell me what will happen if EOS is applied to VIN pin? Will VIN be open, or shorted to GND, or shorted to V+?
And how about V+ pin if EOS is applied to it? In these conditions, what will VOUT be?
Best,
Zeming …
Part Number: LMV931-N Hi team,
My customer is using LMV931. The schematic is configured as a buffer as below picture. Power supply is single 3.6V.
When we tied pin1 to GND, pin4 output voltage is close to 0V which is normal.
But when we make pin1 floating…
Daniel,
I tested the circuit and the inverting input and output will go below zero due to the input current when the power is off. With the power on the inverting input will actively driven to zero. Regardless of the power off time, my samples powered…
Part Number: LMV931-N Hi guys,
Could you help me to understand if this is typo in datasheet or this is real issue with this device?
Marked below says typ common mode ip range is from 0.2V to 3V? for a Vcc of 2.7V. I didn’t get this.
Thanks,
…
Hi Elisha,
Apologies about the confusion. LMV932-N and LMV931-N share the same PSPICE model. Our models are unencrypted. So please go ahead and use the model available at: http://www.ti.com/product/LMV931-N/toolssoftware .
I've also gone ahead and created…
Hi Rengui, If you'd like similar devices with specified maximum values for the parameters you're looking at, look at the LMV341 and the LMV931-N. Those devices have similar electrical performance characteristics and have more testing done (which will…
