Nice case, maybe the files to print it are available.
About your question BBCode... I am new here, the forum is being ported to a new version so maybe it will be possible soon.
By now many of us cannot upload photos nor files, pdf neither we can.
Moderador: Fundadores
Nice case, maybe the files to print it are available.
It is <170mA in the menu and plus the current for the chip you are testing.
Good evening Slabbi,slabbi escribió: ↑10 Sep 2020, 16:23It is <170mA in the menu and plus the current for the chip you are testing.
Worst case (acc. datasheet):
There are a few older chips that consume up to 1W(!) peak, that means 200mA, the younger chips approx. 400mW (e.g. DRAM 4464) i.e. 80mA.
SIMM/SIPP are worst, 60-70mA/chip, i.a. 600-700mA/module (max. consumption).
Real case:
In average it is not that bad because the chips are not operated at full speed so the current consumption for the complete tester is usually <<500mA.
I made some tests (tester + chip, testing):
4464 = 0,24A
3101 = 0,25A
SIMM 1 MByte = 0,23A
Sorry, no pictures, when the forum allows to add images I will add some later.
Oh good , because I'm thinking it works with a 7.4v lipo smaller than a tablet and built in a plastic case of a Sennheiser mic.slabbi escribió: ↑10 Sep 2020, 16:23It is <170mA in the menu and plus the current for the chip you are testing.
Worst case (acc. datasheet):
There are a few older chips that consume up to 1W(!) peak, that means 200mA, the younger chips approx. 400mW (e.g. DRAM 4464) i.e. 80mA.
SIMM/SIPP are worst, 60-70mA/chip, i.a. 600-700mA/module (max. consumption).
Real case:
In average it is not that bad because the chips are not operated at full speed so the current consumption for the complete tester is usually <<500mA.
I made some tests (tester + chip, testing):
4464 = 0,24A
3101 = 0,25A
SIMM 1 MByte = 0,23A
Sorry, no pictures, when the forum allows to add images I will add some later.