The TI E2E™ design support forums will undergo maintenance from July 11 to July 13. If you need design support during this time, open a new support request with our customer support center.
Part Number: TPS563212 I created a design for the TPS563212 in WEBENCH.
Vin:6V
Vout:0.6V/1A
I ran the simulation (Setup, Lod Transient), but it failed.
Part Number: TPS563212 Hello,
I am trying to setup the UVLO and am following the formulas in the datasheet. Is there a MIN difference between VSTART and VSTOP? I do not see a specification for this, but am finding that my calculations for R1 always end…
Part Number: TPS563212 I downloaded the TPS563212 transient model from TI.com and I was wondering if you had any advice with simulating efficiency for this buck converter.
This is the plot that I'm getting for comparing efficiency to load current. …
Hi Jay
TPS563240 cannot support this power rail because of max duty limitation.
You can try to replace it with other device, such as TPS563212/TPS562212, which can support your application with more good feature and better performance.
TPS562212: 18V 2A…
Hi Jim,
TPS563210A cannot support this case because of max duty limitation .
I would promote TPS563211 and TPS563212, the next gen of TPS563210A, which can support your application with more good feature and better performance.
Below webench report file…
Hi James
TPS563212 would be a good choice for you. BTW, would you please tell me the end equipment of your application? And if possible would you please tell me the TAM of the project?
Thanks.
BR
Ruby
Hi ,
TPS563219A operate at a quasi-fixed frequency of 650 kHz at all loading condition. For frequency variation , You can refer Fig 7 and Fig 8 on page7 of Datasheet.
And also would like to promote TPS563211 and TPS563212 , the next gen of TPS563219A…
Part Number: TPS54329E Other Parts Discussed in Thread: TPS54339E , TPS54329 , TPS54229E , TPS563211 , TPS563200 , TPS563212 , TPS563231 , TPS563202 Hi Team,
Customer wants to use TPS54329EDDAR to replace TPS54329DDAR because device shortage directly. I check…
