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Those two channels are pretty much just a stereo wave output, like on your computer. Any mixing or synthesis, and so on, has to be done in software. In other words, pretty BORING!

I think the bass is simply one of the pulse channels run through some cheap audio mixer with the bass EQ turned up a bit. The LSDj sound design is probably nothing more than a simple 50% square wave with an envelope like A5 or so.

As for recommendations, start with Quarta330. That's the goto artist for Gameboy dub.
Also, Disrupt on the label Jahtari. (all over a good label for this kind of thing.)
Bitmuch, though this is not pure chip. I'll see if I can dig my copy of her old 8bc tracks for a nostalgia trip.
Dubmood, of course. Not all his stuff is dub proper, (more happy and fast-paced, even if it has that dub flavor) but there's a lot of that too. example. His stuff is almost exclusively Atari or tracker modules, and not Gameboy, though.
And just because, I'll also throw in something that isn't chip at all, and something that isn't even chip OR dub, check out the artists Boxcutter and Wisp.

(Edit: fixed a rude assumption about someone's gender.)

No. Normally, (when not using LittleFM) the data is only in SRAM or in a sav file, not in the ROM. If you don't have either of those, you likely don't have your data.

This is half the actual ROM. If you dumped it from a cartridge, you selected the wrong size. You will be missing some kits, and the ROM might crash when doing some things. If you need the full version because you only owned a cartridge, I suggest buying access from Johan. It's just $5.

http://littlesounddj.com/lsd/

I mean old version of LSDj.

So how big is the ROM? If you right click the file and choose properties, exactly how many bytes are there in the file? Are you sure you're not opening something that isn't actually a ROM, such as a save file or a zip file containing a ROM? And another thing, if the file contains save data stored in the ROM, it will be twice as big. Upgrading such a ROM currently isn't supported in the application.

That board is the voltage converter and that component is a transformer. If it overheats, it's either overloaded by what you have connected to it, or there's a short circuit somewhere. Some heat is to be expected, however. Try disconnecting the backlight and see if it stops the transformer from overheating. You may want to review the connection of the backlight. For some models of backlight, you need to connect a resistor of some value in series with the backlight panel. If this resistor is missing, this problem might happen. Edit: The transformer might have internals shorts from previous heat exposure as well.

And a general tip while we're at it. Never connect or disconnect the ribbon cable connecting the CPU board and the LCD board while powered on. This may short two pins, causing the connection for the left and B button on the CPU to be permanently destroyed so those buttons stop working.