Part Number: LM61495-Q1 Other Parts Discussed in Thread: LM62460 , LM61495 Hello Team,
I would like to know what is the maximum output current for the LM61495-Q1 at 2.2MHz operating frequency. Datasheet figures are showing different results. In the first…
Hello,
Can you attach your quickstart calculator and schematic?
Can you confirm stable operation at no-load with FPWM?
Also what is your current sense resistance?
Any reason why you are using a controller instead of a converter with integrated FETs?
…
Part Number: TPS25750 Other Parts Discussed in Thread: BQ25730 , BQ28Z610-R1 , LM62460 , TPS552882 Hello TI,
I want configure TPS25750 using Arduino without using EEPROM , Arduino is host controller who control by BMS Configuration as per the application…
Hello.
Thank you for your reply.
We would like to use the proposed LM61460 or LM62460, we think that it is advantageous for our design. However, we see that the available quantity on the market is very low (LM62460) or no stock (LM61460).
Before going ahead…
Part Number: TPS62090 Other Parts Discussed in Thread: LM62460-Q1 ,
Hi Team,
My customer wants to know, does TI have Functional Safety FIT Rate, FMD and Pin FMA of TPS62090.
I see some power device have this document (like LM62460-Q1) and some do not have…
Hi Daniel,
Can you measure a zoomed in waveform of the SW node? I expect there to be some high frequency noise on the rising edge of the SW and it usually is around the 120-180MHz range. If that is the case, I think you may need to test different higher…
Hi,
LM61460 and LM62460 are two separate parts with different internal IC.
LM61460 is a 14 pin device (4mm x 3.5mm) compared to LM62460 which is 16 pin device (4.5mm x 3.5mm).
The LM62460 has a smaller internal Rdson for both high side and low side so…
Hi Luke,
Thanks for your inquiry. If you can place your design parameters into this quickstart calculator spreadsheet, it can generate a sample schematic with the right current limit specifications for you. Let me know if you have any issues.
Regards…
Hello,
Here are some examples:
LM53625/35-Q1 2.5/3.5A
LM63615/25-Q1 1.5/2.5A
LM61480-Q1 8A
LM62460-Q1 6A
LM61495-Q1 10A
The 2+1+1 phase configuration would need to defined in the NVM of the PMIC. This cannot be changed during runtime. Either you can choose…
Part Number: LMZM33606 Other Parts Discussed in Thread: LM62460 , , TPS54541 Is there any chance that the note from the LM62460 (note 2 regarding the 42V ABS max) would also apply to the LMZM33606?
