Part Number: LMR54406 Other Parts Discussed in Thread: LMR54410 , TPS628510 , TPS62824 , TPS628511 , STRIKE We purchased the LMR54406FDBVR and set it to generate 2.5V from the input voltage of 5V, referring to the application note on p.18 of the data sheet…
Part Number: LMR54406 Hi,
My customer actually built a circuit using LMR54406F and confirmed it, and it seems that the ripple voltage of LMR54406F is quite large. I would like to share the circuit diagram and waveforms with you, so is it possible to contact…
Part Number: LMR54406 Hello!
Introdution I have a buck converter which have to charge battery so it works in current limit mode. Instead of using internal current limiting feature I use external ciruit which consist of: 1) differential amplifier which is…
Part Number: LMR54406 Other Parts Discussed in Thread: TPS54540B , Customer would like to know how to select the bandwidth setting of the scope when ripple/noise is measured. Is it related to the switching frequency?
Is there article to guide this measurement…
Part Number: LMR54406 Hi TI Power Team,
I'd like to ask you about the devices that can meet the target specifications. Please check an attached requirements below and let me know your recommended devices.
Target Specification.pdf
Regards,
Jeffrey …
Part Number: LMR54406 I was looking for DC/DC converters (drivers, or fully integrated converters) that do not utilize BJTs in the internal design structure. For my application, I'm looking for ICs that are completely constructed from CMOS circuitry…
Part Number: LMR54406 Hi team,
My customer is using LMR54406 (Buck Converter).
And they tested a -1.8V negative voltage at SW pin when the high side MOS closed. And it last about about 60ns from -1.8V to 0.
The test method is as recommended.
So I think…
Part Number: LMR54406 Other Parts Discussed in Thread: TPS7B4253-Q1 Hello,
I was wondering if you have a reference architecture or better product to be able to handle Battery voltage (up to 36V) on the output Pin. This wont be a normal scenario, but my…
Part Number: LMR54406 Hello,
I'm trying to determine the differences between LMR54406F and TPS560430XF as they look extremely similar.
So far I've found slight differences in Vref, Output voltage range, and recommended temp range. Is there anything…