Part Number: LM62460
Hi,
A quick question concerning LM62460. The SYNC/MODE pin Absolute Maximum Ratings is specified as min -0.3V and max 42V. But no further information in Recommended Operating Conditions.
Here we have a buck design with VIN 24V…
Part Number: LM61495 Other Parts Discussed in Thread: LM62460 , LM61480 Hi support team,
Do LM61495, LM61480 and LM62460 have the same MOSFET?
Is it only the current limit that is different?
Is Figure 7-4 data for LM61495?
Is the loop…
Part Number: LM62460-Q1 Good morning,
i have tried to do a simulation with webench of the power supply LM624606-Q1 , with these parameters:
vin: 16V-28V;
vout: 12V;
iout 6A.
Webench doesn't allow me to do this simulation, it tells me "Design…
Part Number: LM61460 Other Parts Discussed in Thread: LM62460 Hello team, Could you please provide the comparison between the below mention I think in electrical characteristics all are same, please provide the difference between them Thanks and Regards…
Part Number: LM62460-Q1 Other Parts Discussed in Thread: LM62460 Hi
im trying the attached circuit on my PCB: On my first PCB the circuit does not work as expected, i receive 2.8V rather than 5V and the reset pin is low indicating that the IC is fault…
Part Number: LM62460-Q1 Other Parts Discussed in Thread: LM62460 , LM25143 , LM61495 , LM25148 , LM61480 Hello team,
I’m looking at an apps note for “ Configuring LM62460 for Dual-Phase Operation “.
For more load sharing, is it possible to implement…
Part Number: LM62460 Hello, customer needs Iout=5A. Has the LM62460 and LM62495 same efficiency? And temperature behaviour is the same? What are the differences of LM62460 and LM62460-Q1?
Regards, Holger
Part Number: LM62460-Q1 Dear TI,
In case of high frequency switching regulators the switching loss become more important. The datasheet does not contain too much info in this topic, could you please give detailed parameters? Dead times, the switching…
Part Number: LM62460-Q1 Other Parts Discussed in Thread: LM62460RPHEVM I am puzzled by an element of the filter design found in SNVA886: Reduce Conducted EMI in Automotive Buck Converter Applications . A 2k resistor (RF2) appears in parallel with the…
