His recommendation:
Take the backlight out of my broken LCD screen, and swap it with the incompatible backlight from the new LCD screen.
My recommendation:
Give me a fucking LCD that will actually work with my camera.
Realizing the compromise was probably to send my camera to this seller, where he would likely/hopefully switch the backlights and send it back to me (apparently they do offer this service if you want to pay shipping, and wait for who knows how long, etc...), I decided to give his suggestion a try. If it failed and I broke everything, then I could start complaining again. Lucky for me, and him, it worked! But why stop there?
Having a new soldering iron, a number of broken electronics, and a new found confidence in my electrical competency, I decided the only course of action was to fix everything in sight.
First up, Kill-A-Watt meter.
This is a device that you can plug other electronics into and it tells you how much power they are using. Very useful, but abruptly stopped working one day. I proceeded to open up the device to have a look around. After a brief moment of thinking what the hell is all this shit, my eyes made contact with a small fuse. Of course! The fuse must have blown, so simple. I checked if electricity would pass threw the fuse using my multi-meter.
It didn't, which means the fuse is in fact blow. Turns out there are still a few problems though.
1) The fuse is soldered to the board (ie. won't just pop out)
2) I don't have a replacement fuse.
3) I'm in the mood for instant gratification.
Luckily, there is one solution for all these problems. The soldering iron!
I proceed to un-solder the old fuse, and using more solder, solder a strip of solder where the fuse use to be. Essentially bypassing the fuse with a strip a solder, and Voilà, it worked! Not particularly safe, but it worked.
24 Watts. Not too bad. Will run off the car no problem.
Feeling unstoppable, I move on to the next project.
As some may know, I have a solar panel which I use to charge a battery, which in turn can power various small electronics. This winter I attempted to extended the waning life of my battery by running some long recharge cycles that are suppose to help with this. Long story short, I overcharged the battery causing it to vent gas and turn into a paper weight. This type of battery is called a sealed lead acid battery, much like the non-sealed lead acid battery you have in your car. Sealed as in not suppose to vent toxic gas...
Back to the task at hand. I happen to have and old broken laptop my friend Tiffany gave to me. Laptops use lithium-ion batteries, which are superior to lead acid for this kind of application. Soldering iron in hand, I set to work on my replacement battery for my solar setup. I removed the lithium ion batteries from their protective case and attached them to the solar charger and plugged in the panel. Success again!
Well, the multi-meter is reading about 11.5 volts compared to the 12.5 or so I was expecting. Not surprising though since one of the things wrong with the laptop was the battery wouldn't charge. You may be wondering at this point, what the hell am I doing if the battery won't charge anyways? This is a good point, but it's also possible that the battery wouldn't charge due to a problem with the laptop rather than the battery. Preliminary tests suggest that this is the case. Time will tell.
Well, 3 for 3. Camera, Kill-A-Watt meter, and solar setup. Whats next?
Lets not get carried away.
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