Part Number: TPS54561-Q1 I am concern about light load condition in my design and want to avoid pulse skipping mode of operation due to light load. From the datasheet i am only getting the statement as below
"The pulse-skipping current threshold is…
Other Parts Discussed in Thread: TPS54561 , TPS54140A Hi Team
Please explain in detail the design considerations that should be taken into consideration when connecting in sequence a TPS54561 and TPS54140A, by coupling the PWRGD pin in TPS54561 to the…
Part Number: TPS54331 Other Parts Discussed in Thread: TPS54561 , Hello TI,
why there is 0.8 in eq(9) of tps54331 datasheet? it's different from tps54561.
Part Number: TPS56A37 Other Parts Discussed in Thread: TPS54561 , LM76005 Tool/software: Hi Team,
I have an external 24 V power supply where my requirement for external supply varies from 18V to 35V.
Suggest me any buck part that that can have input…
Part Number: LM5116 Other Parts Discussed in Thread: TPS54561
Hi TI
I want to know,
1, refer from the related thread, is it right for the calculation of RUV1 with the following equation from the datasheet?
RUV1=1.215V*( RUV2/( VIN(min) +5uA*RUV2…
Other Parts Discussed in Thread: TINA-TI , MC34063A , LMR51420 , LM5146 , LM2611 , TPS54561 Good day team,
I need to simulate a negative 30VDC output from a 12V battery input using TINA-TI. I have been looking for TINA-TI simulation files of various…
Hello Gareth
Thanks for writing to us!
For RT6365 replacement, you can consider TPS54560B (SOIC-8) and TPS54561 (WSON), both are P2P compatible with RT6365 package variants. Whereas, for HT7463B replacement you can consider LMR16006 or LV2862…
Part Number: TPS54319 Other Parts Discussed in Thread: TPS54561 , TPS62826
Hi Ti
I wonder where the 4.6 in formula (3) from tps54319 datasheet comes from?
Because the calculation of R1 and R2 are different from tps54561 datasheet, which one is correct…
Part Number: LM61460-Q1 Other Parts Discussed in Thread: LM61460 , TPS54561 , LM25148 Hi team, could you help me with this question. the max voltage of LM61460-Q1 is 42V and the feature part describe it support 42V load dump. can I ask how long the device…