Hi Sadashiva,
Yes. The TPS7B81 is a relatively new device. This is already in production and there are no plans to obsolete.
I hope this answers your question.
Hi Amelie,
This is the minimum load current for stability. If the load current is below this the output may oscillate. We have newer LDO's like the TPS7B81 which does not have this restriction.
I hope this answers your question.
Hi Roy,
If you don't need to monitor the input supply and output supply, then TPS7B81 is the better choice. It has a lower I Q and no and light loads.
To answer your question on SI and SO:
1. SI is used for monitoring the input power rai …
Part Number: TPS7B69 Other Parts Discussed in Thread: TPS7B81 Hello,
I'm designing a board with the TPS7B6933DBVR but I checked that this part is out of stock. Can you suggest alternative parts similar to this one?
Hey Nithiyanantham Kr,
Your calculations are quite valid and it would be difficult to support 2.07W for SOT-23 package of TPS7B69. I would request you to move to larger leaded package or no-lead WSON package.
Please review TPS7B81-Q1 device with RthJA…
Hi Kunal,
If you want to stick to a large package for the best thermal performance we have the TPS7B81 :
If you want an even smaller solution we also have the TPS7B84 :
Both are available with a fixed 3.3V output and are very low I Q with…
Part Number: TPS784-Q1 Other Parts Discussed in Thread: UA78L , TPS7B69 , TPS7B81 , TPS709 , TPS769 Hi Team,
There is a good new that we could DIN TI product!
Customer is looking for the replacement of SGM2203-5.0YK3G/TR
Please help suggest TI solution…
Hi Josef,
We don't have anything that is pin-to-pin; the best functional cross we have, excluding package type, is TPS7B81-Q1 . Relevant OPNs are TPS7B8150QDRVRQ1, TPS7B8150QDGNRQ1, and TPS7B8150QKVURQ1.
The closest match we have in the same package…
Hi,
Can you provide the maximum power dissipation of the suggested part no. TPS7B81-Q1
If you have any pre-defined value of power dissipation, please provide me so that for my design requirement the power dissipation is within the limits or not. …
