Part Number: LMR54410 Other Parts Discussed in Thread: LMR54406 , LMR50410-Q1 Team,
LMR54410/LMR54406 are working at 1.1MHz switching frequency. Efficiency diagrams 7-4 and 7-9 show fsw of 2.1MHz.
These diagrams look very similar to the efficiency…
Part Number: LM2674 Other Parts Discussed in Thread: LM22674 , LMR50410 , LMR33610 Looking to make a pair of adjustable output voltage buck regulators (from a microcontroller)
Vin = +24v, Vout = +10 to +18v, Iout = 100mA (max.), AND separately
Vin…
Part Number: LM22674 Other Parts Discussed in Thread: TPS5450 , TPSM63602 , TLVM13620 , TPS54061 , PTN78000H , LMR38010 , LMR51430 , LMR50410 I am working on upgrading an existing design that uses an LM22674 for a 5V supply. At low currents, 100-200mA…
Part Number: LM25085 Other Parts Discussed in Thread: LMR50410 , LMR36510 , Hi,
I am a big fan of Webench and have used it for many SMPS designs. My latest design however, utilising the LM25085 seems to have some issues.
Setting Vin to 15 - 36V, Vout…
HI
cause it is old part, so I don't know difference from internal circuit. and from EC and function description, I think both no difference. but I suggest customer can choose our new generation synchronous buck converter like TPS560430, LMR50410 or…
Hi Kygo,
I replied in the other thread. I'm going to close this thread.
https://e2e.ti.com/support/power-management-group/power-management/f/power-management-forum/1100988/lmr50410-q1-schematic-layout-review
Thanks,
Andrew
Hi Grady,
Both LMR12010 and LM2734 are async converters. There is LMR14010A which is also p2p but also async. The other p2p sync converter that may work here with the exception of min VIN is LMR50410.
Thanks, Amod
Hi Sir,
Could you please help to review the schematics and advise comments? Thanks!
TPS92620 SCHEMATIC 0122.pdf
If the customer removed the buck converter and used 6~28V-in DC power input directly.
The design Requirements: Vout 1= Vout2 = 5V,…
