LM2904AVQDRG4Q1 supply current

You should post the conditions for the input and supply rails.

An amplifier with a 5V supply biased to a 2.5V output is no different than an amplifier with a +/-2.5V supply with a 0V output. This assumes the inputs are biased accordingly in each scenario.

The LM2904 includes 0V  for the low end of the common mode range. The output low voltage is a few mV, so not *exactly* 0V.

Should the presumption be: Configuration buffer, Vin = 0V, Vout = ~0V, Vss = 5V, Load = open?

-Ken

Hi Jake if you could further clarify as asked and in parallel I'll see if there is any other data over the next day or so.

- Scott

Hi TIers

Below is my actual condition. If you don't have the test data for my case.

Let me have similar test data or if you can, let me have all test data.

Vcc = 12 ~ 14V (Normal : 12.5V) , GND = 0V

2.       IN-, IN+ = 0V

3.       Load = Open

4.       Out = ~0V

Thanks.

Any update for my case?

If you need more information of my case, please let me know.

Hope to see an answer.

Thanks

Hi

Since you don't have test data, can you make test data with some sample are getting from different LOT?

Any comment would be appreciated.

Thanks

Jake,

We could look at one unit for a typical value if that is what you mean.  We cannot perform additional multi-lot qual or characterizaiton if this is what you mean by different LOT.

Please clarify.

- Scott

Hi Scott

In your reply, I guess you don't have test data, right?

I was asking to test multi-LOT. However, It should be appreciated if you test just one sample.

Thanks for the reply.

Hi Jake,

I took typical data for a single unit under those conditions in the lab. Icc may be summarized as:

- Scott

Hi Scott

First of all, Thank you for the data.

Additionally, Can you provide the lot number of the sample what you tested?

Thanks and best regards