Part Number: TPS61256C Hi. I am planning to use this part with a current load of 900mA at 3.3V. Will I experience the same power-up issue (related to load start-up current or pre-charge current limit) as the version of this part without the "C" at the…
Part Number: TPS61256C Hi Team,
can you make suggestions on the following customer request. I would say that TPS6124x fits better for this low currents:
We wish to use TPS61256C in one of our new designs.
We need to convert a 3.3V voltage to…
Part Number: TPS61256C Other Parts Discussed in Thread: TPS61256 ic: TPS61256C
We are using this step-up dc-dc converter in the USB outputs of a device, with 3.3-4.2 V input and 5 V output. We have noticed that the BP bypass pin works contrary to what…
Part Number: TPS61256 Hi team，
Our customer is now using TPS51256 and they want to know what's the difference between TPS51256 and TPS51256C. Do we have some comparison documents to share with customer?
Besides, do TPS61256 and TPS61256C have the…
Part Number: TPS61256C Hi please refer to following PCB design
But the output is about 2.5V..
what is the problem??
Should I need to connect A1,A2 and B1,B2?
Thanks.
Part Number: TPS61256C Hello all,
On the first page of the datasheet it says Different fixed voltage output versions are available from 3.15V to 5.0V.
But TPS612564C is fixed at 5.4V, so I am assuming that is just a typo.
On page 3, section 5, the…
Gabriele,
The boost converter will not be able to start up into a completely discharged super cap, as that will appear as a short to ground for too long, but it might into a partially charged super cap. The safest option would be a separate boost converter…
Just did some little digging. TPS61256C looks like a good candidate to go from SYS (3.5V - 4.5V) to 5V. I think I still like BQ25895: 1) we have used in several prototypes 2) QON turned out to be a very useful feature.
Could you still comment on the…
