Part Number: LM5118EVAL Tool/software: Hi I'm incorporating the LM5118EVAL in a prototype design. Can you help me with a STEP file of the design ?
Best regards Jarl Even Englund
Hi Stefan,
One of my coworkers has been working on a different solution and he is getting good results, so we are going to move forward with his design. Thanks for all of your help with debugging my problems.
Garrett
Part Number: LM5118EVAL Other Parts Discussed in Thread: LM5118 Hi,
i have been working on this board (LM5118 Wide Voltage Range Buck-Boost Controller). I have a question please!
and my question is: can it be posible to implement a reverse polarity on…
Part Number: LM5118EVAL Other Parts Discussed in Thread: LM5158 , LM5118 , LM5177 , Hi TI;
i need to create a power supply : The power supply should be able to create a constant output for all input voltages from 3.2V to 60V. - The supply shall output 10V…
Part Number: LM5118EVAL Other Parts Discussed in Thread: LM5118 Hi TI team,
How are you doing? To speed up the design integration, could you help to provide the Design files for LM5118EVAL? At its page, only PDF files are available. Thank you.
Part Number: LM5118EVAL Other Parts Discussed in Thread: LM5118 Greetings!
We have procured LM5118EVAL/NOPB. It is designed to provide an output of 12V with 3A. We require an output of 7.4V . Since LM5118 is capable of this, is it possible to achieve this…
Hi,
you can find it here:
(+) LM25118 EVM gerber file - Power management - INTERNAL forum - Power management - INTERNAL - TI E2E support forums
Also looks like the gerber files have been shared here as well:
(+) LM5118EVAL: Request for Design files …
Part Number: LM5118EVAL Other Parts Discussed in Thread: LM5118 Team,
Please help address my customer's questions:
I want to modify the parameters on the LM5118EVAL board. I am not sure the TI experts will have any concerns:
At EN pin, I will put…
Part Number: LM5118EVAL Other Parts Discussed in Thread: LM5118 Hello All,
I bought the LM5118 evaluation board and now I am trying to get a (12 V at 1 A) output.
I connected a resistor load at the output and apply the voltage from 5 to 15V to the input…
