Part Number: TPS51220A
Tool/software:
Dear Mr/Mrs.
Here are to many questions about easy converter 511220A, it shows that something is wrong.
We have two identical fanless motherboards based on TPS51220A from 2016 in following configuration:
Don't have…
Part Number: TPS51220A Tool/software: Hi,
TPS51220ARTVR has two outputs. Can you provide the dynamic response test data report of the power supply?
Does it support loop stability testing? If yes, please help to provide this test method and report.
Thank…
Part Number: TPS51220A Hi,
could you please tell what the different between below threshold?
which one is to enable driver work to drive external MOSFET?
GARETH OU
GARETH OU said: The conversion of Ta and Tj is as follows.
Yes, Tj = Ta + Θj-a x Pd is the equation for calculating Tj at a specific operating condition producing power dissipation Pd.
GARETH OU said: Is it wrong to reply that Tj = Ta?
…
Dear Sir:
1.in the 32-pin 5×5/4×4 QFN package and is specified from –40°C to 85°C, at higher temperature, its working conditions need actual experiments.
TPS51220A actual experiments.
Does it measure which input pin & output…
Part Number: TPS51220A Other Parts Discussed in Thread: TPS51220 , , TPS51222 Hi
What is the difference between TPS51220 and TPS51220A? Can they replace each other?
Part Number: TPS51220A Hi, I am wondering if there is a max output current for the TPS51220A regulator. I noticed that the curves go up to 8A, and we need ~15A off of a 5V output. Is it just a matter of correctly sizing the inductors and FETs? Is there…
Part Number: TPS51220A Hi team,
My customer already designed TPS51220A in their many projects for many years.
But they plan to use this device for single channel power solution.
So could you advise how to modify the TPS51220A pins connection and external…
Part Number: TPS51220A Dear Expert，
Good day!
I have 2 questions about the TPS51220A here ,
1 . from the datasheet reference design, it said the Vo1 and Vo2 support max output current is 8A , But form the calculation on the datasheet ,the Iocl(peak)…
