Part Number: TPS628510
Tool/software:
Dear E2E,
tl;dr how to enable SSC in this device?
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Background for interest, or perhaps you have some other ideas??
We are designing a product using TPS628510 and have just completed first look at radiated…
Part Number: TPS628510 Hi Team,
May I confirm the PFM threshold of TPS628510? How can I understand the below yellow highlight part? Is the PFM and PWM threshold the same as the CCM/DCM boundary?
Best Regards,
Jaden Yue
Part Number: TPS628510 Hi Team
For the application using voltage tracking.
The datasheet mentions that a voltage ramp on SS/TR to 0.6 V ramps the output voltage according to the 0.6-V feedback voltage,
but for the example schematic in the datasheet…
Part Number: TPS62230 Other Parts Discussed in Thread: TPS628510 , Hi support team,
The original question does not mention the allowable voltage for undershoot of SW. Can it tolerate -3V (AC, less than 10 ns) like TPS628510?
https://www.ti.com/lit…
Part Number: LM2853 Other Parts Discussed in Thread: TPS628510 , TPS628301 , TPS628501 , Tool/software: Hi,
The LM2853MH-3.3 datasheet states that the enable pin (EN) has an internal pull-up.
Is it okay to use the PMIC's open-drain output (without…
Part Number: TPS62560 Other Parts Discussed in Thread: TPS628510 , TPS628301 Hi team,
My customer has question about output FET ON timing.
In the output FET stage, they don't think that the FET turn on at the same time, but how long is the dead time…
Part Number: LMR54406 Other Parts Discussed in Thread: LMR54410 , TPS628510 , TPS62824 , TPS628511 , STRIKE We purchased the LMR54406FDBVR and set it to generate 2.5V from the input voltage of 5V, referring to the application note on p.18 of the data…
Hi Mike,
Thanks for your response.
You might like to consider TPS628511 which can support up to 1A of load current. It has a switching frequency of 2.25MHz and feedback control circuit which is almost similar with TPS624x0. And it also has SS/TR pin…
Hi Vinayak,
Thanks for your question.
What are the operating conditions during your evaluation (VIN, VOUT, IOUT)?
It seems to me that the green waveform could represent the behavior of the converter in Power Save Mode (please refer to section…
