Part Number: TPS65219 Hi we had Pmic TPS 6521903RHBR powering AM624X processor, but suddenly the PMIC stop giving rails all @ ov after few iterations on Power Cycle.
can you please share any insights on this behavior
Thanks & Regards
Vineet
Part Number: TPS65219 Hello,
My customer has a question for TPS6521904 with AM64x. According to SLVAFE9 application note, Buck 2 output (1.8V ) is connected to DVDD1V8(VDDSHVy) and LDO3 output (1.8V) is connected to VDDA_1V8(VDDA_MCU). They just wonder…
Part Number: TPS65219 Hello,
I have a customer using TPS65219 on an AM625x based processor design. They have a wifi module run through a 3.3v to 1.8v level translator, and LDO1 feeding the IO for the SDIO bus on the processor side.
Is it possible to configure…
Part Number: TPS65219 Hi,
I would like to control the EN pin of an external regulator with GPO1 on TPS65219 for the purpose of power cycling a downstream load about the boot sequence. I just want to confirm that the appropriate way to toggle GPO1 after…
Hi Zhang,
Based on your previous communication, it sounds like you are seeing some issues with the power up sequence.
For the TPS65219 01 , FSD (First Supply Detection) is enabled. This means that the power up sequence should start as soon as VSYS rises…
Part Number: AM625 Hi,
Is it possible to do voltage scaling with the TPS65219 pmic?
If yes, is there a reference device tree?
I tried following the device tree "k3-am625-beagleplay.dts" but without success. I can only permanently set the…
Part Number: TPS65219 Hello, I'm not sure which forum I shoud post, but my customer has some question for TPS6521904 and AM64x connection.
Hello,
My customer is designing their prototype with AM64x with TPS6521904. Then they have several questions…
Hi Jack,
The GPIO timing is adjustable using the power up slot duration settings on the TPS65219. If you change the duration of the power up slot just before GPO2 in this case, you can delay the GPO2 enable for the necessary amount of time.
The power…
Part Number: TPS65219 Hello team,
I see there are variants with VSYS 3.3V and 5V with same spec on everything else.
However, 3.3V variant only needs 2 Buck converters, while 5V variant needs 4 Buck converters.
Is there any advantages in chosing 5V variant…