Boyan Lu
The ADUM330 is a precision battery sensor for automotive applications. Unfortunately, since you listed your TPS5130-Q1, a mid-input voltage triple BUCK converter w/ external MOSFET LDO, your question has been directed to the wrong group within…
Hi Harry,
Thanks for the time spent on this issue.
The component is 20 years old now so i am surprised that this subject hasnt been broached before.
I do think that there should be a note added to the datasheet stating this phenomenon as the block diagram…
Hi Xueliang,
I couldn't post - it was too old. This is the Post though.
https://e2e.ti.com/support/power-management-group/power-management---internal/f/power-management---internal-forum/1116367/tps5130-output-frequency---odd-behavior-observed/4207474…
Part Number: TPS5130 Hi,
to you mind sharing also to TPS5130
R thjc (junction to case)
R thjb (junction to board)
psi jc (junction to case)
Kind regards,
Marion
Part Number: TPS5130 I can only find Tray Dim ensions.
https://www.ti.com/packaging/docs/carriermaterial/carrierlookup?OPN=TPS5130PT&state=details#results
But I need to know T&R dimensions so this device can be re-reeled (stock purchased in Tube format…
Part Number: TPS5130
I know this part is old. very old . But I have a customer that, for some reason, still wants it.
The datasheet doesn't have Jc info, and my customer needs it. There was a similar post on this, and the answer was something about an…
Part Number: TPS5130 Hi there,
I downloaded file SLUC263D for the RC Compensation calculation for the device TPS5130, but I could not use it. I need something "Tool => Add Ins =>Analysis Toolpak".
I don't have "Tool", please help.…
Part Number: TPS5130TPS5130: Is a soft start time of 170mS possible? The datasheet provides an equation to determine the capacitor value but no limit on how large it can be. Using that I get 460nF to produce 170mS, is that value of capacitance okay?
Part Number: TPS5130 Hi Team,
my customers has the problem that sometimes the PG pin doesn't come up. They can get the PG pin up when they reduce the output load or when they remove the capacitors on the PG_delay pin. Currently they have 200nF on the…
Part Number: TPS5130 HI
I would like to understand the efficiency of TPS5130, I could not find any simulation on Webench or TINA.
Could you advise if there are any tools available to help simulate the efficiency
INg
