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 stability adjusted…
After extensive debugging we have determined that the FB loop is 'defective' . The FB loop is either variable between 2V and 4V or stable at 4V, it is never 1V as expected. All other I/O on the LM61480 shows the expected values (VCC=3.3V, Cboot…
Part Number: LM61480-Q1 Other Parts Discussed in Thread: LM61480 Hello,
I have a DC-DC application which requires a 4V - 20V variable output at 6A max from a 24Vdc input supply.and wish to use the LM61480 for the application.The aim is to maintain a fixed…
Part Number: LM61480-Q1 Other Parts Discussed in Thread: LM61495 , LM62460 , LM61480 Hi,
I have used this buck regulator for 5V, 8A . I want to know what is the switching frequency for 8A.Whether it will support all mode like 400KHZ to 2.2 MHZ, In data sheet…
Part Number: LM61480 Other Parts Discussed in Thread: LM61495 Hi team,
I would like to know if LM61480 or LM61495 can handle maximum continuous current of 8A on the EVM.
Thanks,
Luke
Part Number: LM61480-Q1 Other Parts Discussed in Thread: LM61480 , I'm looking into using the LM61480 configured to have an inverted output, as described in TI app note SNVA856B.
Are there any issues where this component would not work in this configuration…
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.…