Part Number: LM61480 Hello Support team,
Customer ask if Equation (2) is really correct. They think V_ON - V_OFF =V_EN-HYST, could you review?
Thanks,
Koji Ikeda
Part Number: LM61480-Q1 Other Parts Discussed in Thread: LM61480 Hello,
I recently designed an LM61480-Q1 based DC-DC converter (actually for powering the display board of a DLP3010-LC EVM, but that is another story) and built up my first board based…
Hello Ilan,
Just to close this off from my end, I was able to get more feedback from the team. Below are comments for the LM61480
HotRod packages are designed for competitive power & heat dissipation thru the PCB. And this is true for this device.…
Part Number: LM61480
I was planning on using the LM61480 for the 5V to 0.95V, but it appears that part can only go down to 1V because of the comparator. Anyway you can drop to 0.95V. That rail is 6A, so I liked going with the 8A part (61480). The 62816…
Part Number: LM61480 Hello,
I have a question on calculating the Inductor value for the LM61480.
Equations 5 and 6 in the datasheet don’t seem to correlate to each other. Can you clarify what equation 6 is for?
My variables are Vin = 12V; Vout…
Part Number: LM61480-Q1 Other Parts Discussed in Thread: LM61480 Hi ,
I'm an Electronic engineer at Serma ENGINEERING in France (Toulouse) ;
We are working on a buck converter design using the LM614 series; we started testing the LM61495EVM (10A current…
Hi Daniel,
On my end, I checked the LM62460RPHEVM and measured VCC using the VCC test point and AGND connection.
The VCC ringing that you measured may be a byproduct of SW noise coupling to VCC probe. If you measured both VCC and SW at the same time,…
Part Number: LM61480 Hello Experts, I would like to know whether this device(VQFN-HR) can be flow soldering. Would you tell it? I don't think it can be done but it is just confirmation. Best Regards, Fujiwara