Part Number: LM61460-Q1 Other Parts Discussed in Thread: LM61460 , LM61460EVM , , TPS56837HEVM Hello,
I selected LM61460 for its good efficiency at 3V3 output voltage.
In my application I also need 1V2 so I modified the feedback resistor and put 499k…
Part Number: LM61460EVM Other Parts Discussed in Thread: LM61460 , Hi Team,
What is the difference between LM61460EVM-AS-400K and LM61460EVM-FS-400K ? I guess AS means "adjustable switching" and FS means "forced switching" but LM61460 supports RT(pin…
Part Number: LM61460EVM
Hi,team
My customer ask the following questions:
"LM61460EVM-FS-400k 5Voutput, but it only has 4.5Vout and the voltage is not stable.
Under the same conditions, a 2-year-old board is successfully output at 5V.
I bought…
Part Number: LM61460EVM Hi,
Do you have any transient (0.05A<->6A) test results based on LM61460EVM in PFM mode? i would like to know performance for 3.3V and 5V output.
-A
Part Number: LM61460EVM Other Parts Discussed in Thread: LMS3655 I'm going to design power board for robotics.
It will be use a battery for VIN, 24~30V, and setted VOUT 24V / 5A.
Could you provide a standard schematic for it?
Thanks.
Part Number: LM61460EVM Other Parts Discussed in Thread: LM61460-Q1 , Hello Team,
I have some questions about LM61460-Q1 EVM.
Q. Regarding with RBOOT resistor, I think adding RBOOT resistor decrease the FET turn on slew rate, then the noise will…
Part Number: LM61460EVM Hi.
I am using the same schematic as the Evaluation Board with the EMI Filter to output 6V and 6A, I just changed RFBB (R20 on my schematic) to 20K to get to 6V. This schematic with be on a PCB with an MSP432 as well as a GPS…
Part Number: LM61460EVM Other Parts Discussed in Thread: LM61460 Hi there,
My team and I are building a board which utilizes the LM61460. We are using the EVM as a guide.
I have some questions with regards to the LM61460 EVM:
https://www.ti.com…
Part Number: LM61460EVM When powering the evaluation board the supply current is pulling 18mA without any load attached. I have traced the schematic and probed the board, I can not figure out what is causing such a high current draw. Is this expected…