Our recommendation is to ground ROVP pin if the ROVP pin not used. Do not float the ROVP pin.
What is the issue if you leave ROVP floating?
Floating the ROVP pin can cause an indeterminate state on the pin, due to noise near the pin. This interaction…
Part Number: TPS53318 Vin=19V Vout=4.3V ,Iout=6A,
We used TPS53318 to replace the battery, but due to the system reason, we could not avoid short-term charging, and this charging current caused TPS53118 to enter the protection state, without voltage output…
Part Number: TPS53318 Hello Team,
My customer would like to know if running the TPS53318 in FCCM mode offer a faster transient response compared to Skip mode? They have an application that could demand up to 3A@3.3V with a slew rate of 1A/us.
Part Number: TPS53318 Other Parts Discussed in Thread: TPS53319 , Dear Team,
My customer has used TPS53318 and TPS53319 at their products since 2019. They designed their application circuit based on Rev.E datasheet of TPS5331x (SLUSAY8E). They leave ROVP…
Part Number: TPS53318 Hi support team,
Floating ROVP pin has been prohibited from SLUSAY8F. Please let me know the reason.
Is it because the 1.5MΩ pull-down resistor has small current and noisy?
Part Number: TPS53318 Design parameters: Vin : 5V ,Vout : 4.2V and Iout 3A.
At 0.3A Load, the output voltage obtained as 4.13V, Duty Cycle - 87.33% , Vfb - 0.62V
At 3A Load , The output voltage obtained as 3.86V, Duty Cycle - 78% , Vfb-0…
Part Number: TPS53318 There are already several posts about this issue which where closed without any answer.
Can please somebody tell me the RDS(on) or tell me why it is not specified in the data sheet?
Part Number: TPS53318 Tool/software: WEBENCH® Design Tools Hi,
I have used Webbench power designer to design a 5V regulator using the TPS53318 part. Schematic is attached.
I have looked at all of the voltages on the board an all look correct, but the…