Part Number: LM5155EVM-BST Other Parts Discussed in Thread: LM5155 I have an application that requires 10-14VIN and 24VOUT at 5A. I'm considering LM5155, and I'd like to use the EVM to test this application. With the necessary adjustments, can the EVM…
Part Number: LM5155EVM-BST Hi,
My customer is considering using LM5155 .
Many capacitors are used as output capacitors on the LM5155EVM-BST .
Could you tell me how these capacitors were designed for their reference?
Best Regards,
Kuramochi
Part Number: LM5155EVM-BST Other Parts Discussed in Thread: LM5155 , Hi,
My customer is considering using LM5155.
Many capacitors are used as input capacitors on the LM5155EVM-BST.
Could you tell me how these capacitors were designed for their reference…
Part Number: LM5155EVM-BST TI Team,
We are planning to use EVM but we cannot find the design files for the same in article. If you can share SCH / PCB files and dimension of EVAL board it will be helpful.
Part Number: LM5155EVM-BST Hi Team,
My customer has experimented with modifying the EVM and has some problems.
Please advise for improvement.
・The input uses a stabilized power supply (33.6V / 30A), but the input current is limited to about 11A. Why…
Part Number: LM5155EVM-BST Other Parts Discussed in Thread: LM5155 Hi Team,
My customer is trying to evaluate using LM5515EVM.
However, 6V is the minimum value for Vin of LM5155EVM-BST.
The input operating range of the LM5155 is 3.5-V to 45-V Operating…
Part Number: LM5155EVM-BST Other Parts Discussed in Thread: LM5155 Hello,
I would like to know the thickness of copper of the LM5155-EVM. I would like to know if there is 35µm or 70µm?
I saw in the LM5155 datasheet you mentionne the RJA is…
Thanks Stefan Schauer! I may find the solution, At the beginning, I test my own PCB BRD and get the value from following by the file from TI (LM5155_56_Quickstart_Calculator_for_Boost_Converter_Design_V1_1_1).
The MAX loading is 52V @ 1.4A, However, my target…
Hi,
Thanks for your reply. You can try with a phase margin in this Excel file at least 45deg above the point where the gain is crossing the 0dB axis. A good starting point could be the suggested values (4.5k and 41nF). For CHF, since it is not mandatory…