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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: 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
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: 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 possible…
Hi Ahmad,
Luckily, we have a reference design very close to your application. Simply replace BQ25731 with BQ25730. The CAD files are in the below folder.
PMP41013 Integrated USB Type-C® PD bidirectional charging reference design for one- to five-cell …
Hello Dave,
Wei-Ting Huang said: We expect that when the FW generated by the Application Customization Tool is used and the TPS25750 is successfully initialized, the device will already be in the DRP mode. After directly connecting to the device that…
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.
Hello Christian, Surely this cannot or shouldn't be a hardware issue with the TPS25750 as there is only communication with the charger which I would assume uses a generic I2C interface, and if by hardware limitation you mean the PP5V UVLO, that won't be…
Hi Morgan,
The 5A is a continuous rating but, as you have found, is limited by power dissipation. Some customers have added a heat sink and/or air flow to reach 5A.
There is a reference design with TPS25750 and BQ25731 at the link below:
https://www.ti…
Hi Eric,
You may take a look at below reference designs. Both show you how to design a USB-C PD charger. BQ25792 is an integrated buck-boost charger, it should be simple to implement. BQ25730/31 has more power capability. CMP_IN is an independent comparator…
