Part Number: PMP41013 Hello,
I intend to design a power bank (10,000 mAh), featuring an input connector (PWR plug or USB-C plug) and two output connectors (both PWR plugs). In my research, I came across the PMP41013, but I'm wondering if I really need…
Part Number: PMP41013 Other Parts Discussed in Thread: PMP41062 , BQ25731 , TPS25750 , TPS25751 Tool/software: Hi TI team,
I hope you all are doing well. I have a few questions about PMP41013, or alternative reference designs / controllers if they are…
Part Number: PMP41013 Other Parts Discussed in Thread: BQ25731
hi
Are there any parts I need to replace to charge the 1s battery with this device? Please let me know if any.
Part Number: PMP41013 Other Parts Discussed in Thread: TPS25750
Where PMP41013 exhibits USB-C USB-PD via TPS25750 , there is no exhibition of additional alternative use of the port for data transmission.
Below, the SSTX/SSRX pins are simply left floating…
Part Number: PMP41013 Other Parts Discussed in Thread: BQ25731 , , TPS25750 I am trying to design a USB - PD power system using the TPS25750S and the BQ25731 and I came across this reference design as a good starting point. I wanted to know if it were…
Part Number: TPS25750 Other Parts Discussed in Thread: TIDA-050047 , PMP41013 Hello Sir:
We cannot find full reference schematic of TPS25750S.
Would you please share this inf for us?
Looking forward your feedback.
Thanks a lot.
Hi Kailun,
TI does not have a a charger with integrated C+/C- lines for direct USB-C communication. However, we have reference designs with TPS2575x USB-C PD controller plus firmware that controls the BQ25798 and BQ2573x family:
https://www.ti.com…
Hi, Vincent,
BQ25710 will work. We have some reference design online. BQ25730 is ever better.
PMP41013 — Integrated USB Type-C® and USB PD bidirectional charging reference design for 1- to 5-cell battery
If you have a host processor, it is easier…
Hi Venkatesh,
Not sure how this went for 21 days without response but to answer your questions above. There is a not another charger with integrated FETs with same power level in a better package with thermal pad. To improve BQ25798 efficiency and thermal…
