Part Number: LM5156HEVM-FLY Other Parts Discussed in Thread: LM51561H , LM51561 , LM5156 Tool/software: Hello all
What is the Overload current of the part LM5156HEVM-FLY Evaluation Module?
i.e Output overload protection current of the same part…
Part Number: LM5156HEVM-FLY Other Parts Discussed in Thread: LM5156H-Q1 Hi
While I test LM5156HEVM-FLY, I have a question about that.
1.I checked and tested EVM, but it has a difference from what I think. Originally, Vsw is Vin + Vor(Reflected output…
Part Number: LM5156HEVM-FLY Other Parts Discussed in Thread: LM5156 Hi Sir,
My customer would like to replace a new transformer device on LM5156HEVM-FLY Evaluation Module to verify the function the configuration is designed to provide a regulate output…
Hi Samant,
You are right. Wrong numbers are used for issue 1 and 2. You may calculate each output with its parameters.
Samant Singh said: Doubt 1: In section 3.7, for Ruvlot calculation, how 0.967 and 5uA values have arrived?
You may refer to LM5157…
Part Number: LM5156HEVM-FLY Other Parts Discussed in Thread: LM5156H Good morning,
I would need the LM5156H layout files from Altium Designer (.PcbDoc and .SchDoc). It is that possible?
Regards.
Part Number: LM5156HEVM-FLY Hi team,
Is there a more detailed spec such as wire size, core and bobbin data of the transformer 750317933 used in LM5156HEVM-FLY can be shared with customer as reference?
Thank you!
Part Number: LM5156HEVM-FLY Hi team,
LM5156HEVM-FLY development board itself is the output of 5V, I measured VCC is 6V, I change the resistance of R19, change the output to 12V, I measured VCC is still 6V.
So I don't quite understand what determines…
Part Number: LM5156HEVM-FLY The User's Guide for this evaluation Module quotes:
"This evaluation module is designed for ease of configuration, enabling the user to evaluate many different applications on the same module."
The default configuration…
Part Number: LM5156H Other Parts Discussed in Thread: TPS23861 , , LM5156 Hey Boost Regulator team,
I have a customer evaluating the LM5156H for a new project where they need to implement an isolated 24V to 48V boost circuit in order to power the PoE…
