Looking for a DC-DC step down converter module to replace a 0.75v_ALW output and enable pin

[questore]

Hello Everyone,
I need your help, maybe you have know where to buy a replacement.
I have a NM-D562 laptop motherboard that has a burned 0.75_ALW converter. (the layers and the pins also burned so i dont want to restore it but i need a replacement)
I have checked with lab power supply output (0.77V) laptop works, so i need a DC-DC module that can do its job.
According to schematic datasheet what i need on 0.75V_ALW:

Vout=0.75V±37.5mV
Vset=0.752V±1.46%
Vref=0.6V
TDC=4A
OCP=9.5A TYP=10.5A MAX
OVP=(1.15~1.25)*Vout
UVP=(0.6~0.7)*Vout

I'm nut sure if It needs an Enable pin because its an ALW line so if everything is ok then no problem.

[questore]

Measuing with Lab PSU turned out that only max 700 milliamps is needed at full stress on this line.
So I can safely order a mini modul that has an enable pin and provide up to 3 Amps output.

[questore]

Measuing with Lab PSU turned out that only max 700 milliamps is needed at full stress on this line.
So I can safely order a mini modul that has an enable pin and provide up to 3 Amps output.

[stj]

do the ajustable modules go down under a volt?
in a stable way i mean.

[questore]

do the ajustable modules go down under a volt?
in a stable way i mean.

There is a lot of mini modules that is capable of going down until 0.8v but only a few that is going lower with an enable pin. And i want to go with 0.77v to be safe.

[questore]

I have only found 0.8v stepdown dc controller mini boards. Is it within the operational range for all ic?

[m1ch43lzm]

You'll need an IC that has a reference voltage of 0.6V and at least 2A output, haven't seen any small DC-DC modules on Ali that fit that spec

What about getting a donor laptop board and cutting that section? Anything with Ryzen 4000/5000 series CPU should do, cut the board to get the 0.75v regulator section and graft it somewhere
Best if you can get schematics/boardview for the donor
Some laptops use RT8068AZQW for that section, might be a starting point, or maybe that IC is also used for 1.8V, then you have to modify the feedback resistors to get 0.75V