Hi all!
Thanks again for all the replies. However, it seems to need a little more explanation.
nbucska - we have an industrial device, which was originally designed for 24V DC power supply. This is provided by an AC/DC adapter for ´normal´ use. Now we´ve got customers with system-internal 5V...
Thanks for the help, guys!
The problem is, i am indeed looking for such a little 4pin, PCB-ready, "i have nothing to do" black box, 5V to 24V @ 30W output. [ponder] Guess, i can shake it...
Walker, thx!, the links are quite useful and i´ve already startet some simulations. Problem here: either...
Hi there!
Does anybody know of a commercially available (step up) 5V to 24V DC-DC converter? Where to find that? Until now my search for a vendor was not successful. In case that it does not exist, any ´simple´ idea how to build this function? The required power is around 30W!
Thanks in advance!
If money doesn´t matter to you, i´d suggest a suitable modul of the ANSYS world. Even DesignSpace (for the ´support´ of construction) could be modified to handle anisotropic material properties.
I´m still fightin to get it! ;)
Well, metals have indeed special properties with radiation. And it seems that aluminum has a high reflectance for IR (heat radiation). Don´t ask me for UV. So, an umbrella made of aluminum (or at least with an aluminum layer) should work.
Furthermore i actually wrote the same as Martin, that the...
Hi!
Funny question here, because it reminds me to a quite long discussion i had during my study. Well, the conclusion was that the color you SEE is not relevant. Since you ask for the thermal properties you must consider the IR-range of the sunlight. This is in fact the reason for the heat you...
If you really want to see objects in a range of a micron (or at least with a good resolution of 1 micron) with ´normal´ optics you will have a problem. With all usual microscopy the resolution is (theoretically) limited to the wavelength of the illumination. Since visible light is in a range of...
Hi,
I´ve also learned a lot of formulas about such stuff, but in the end its only important that it works. For ´springs´ you probably want to use, you just multiply the nominal OD with 1,166667 and round up the result on one place after the comma.
regards,
MT
Anodizing means adding a layer of alumina to the surface. The thermal conductivity of this oxide is worse than for aluminium, but you always have a very thin layer.
The difference is only the thickness of this layer and it is interesting for the area of direct heat transfer. Here i expect better...
