My current Accessories:
http://www.modeltrainstuff.com...r-p/mth-30-90429.htm
http://www.modeltrainstuff.com...er-p/lio-6-14092.htm
http://www.modeltrainstuff.com...r-p/mth-30-90167.htm
http://www.modeltrainstuff.com...y-p/mth-30-90391.htm
Original Accessory Power I got back in 2014, tried it once, didn't like the idea of wires all over (on carpet) and self powered it via a LED lights on a light strip using batteries for the three above (except the floodlight of course)
http://www.modeltrainstuff.com...er-p/lio-6-32923.htm
Now, the Lionel O-6-14092-Floodlight says you can use A/C or Track Power (which I tried and it worked ok, also via the plug-n-play) accessory track that I can use the spare LC power brick to just power off of that rather than Track power. However, there's very little info on the MTH items regarding voltage and milliamps that it requires, other than I think they mentioned using A/C power, but I think DC should be ok, it's just a question of applying the correct voltage and the correct amperage.
Thanks on the reference to the RS book, I found it here, just need to sign up: https://openlibrary.org/books/...ction_to_electronics also found this online that I'll look at over this weekend: http://www.allaboutcircuits.co...book/direct-current/
One quick question for you, and that is, if I put the MTH locomotive on the powered up fasttrack, won't it run at full speed, or does it require the DCS to allow voltage in to move it? I think if you put a LEGACY locomotive on a LC track powered track, it would go at full speed, since it's configured for conventional power applied to the track -- I think with LC powered fasttrack, it's always at 18 volts?
Also, three stupid questions, but I'll ask anyway....
1. The track has a 18 volt pressure / potential difference (trying to get the terminology right, please excuse if it's inaccurate), my question is, what determines the amp flow? Is it when you place a load on the circuit, which I think that track acts as (a circuit), there's electrical component(s) that determine the current/amperage/flow of the 18 volts on the load device?
2. If a device can use A/C or DC, does polarity matter anymore? I think with A/C we alternate voltage 60 times a second between + / -, so the device is receiving electrons on both ends, and with DC, we just apply voltage via + (although I read, the electrons really flow from - to + with D/C ) and complete the circuit at -, so the electrons flow from - to load to + on a DC circuit? Basically, since the load device can accept incoming electrons on both ends, polarity shouldn't matter any more, but it does with D/C?
3. I can assume because of #2, we can't use A/C power directly on a DC component, so we'd need from what I read, a rectifier. With that being said, shouldn't most of these accessories have resistors knowing that in O scale, the max voltage (I assume typically) for running a train a full speed is ~18 volts at whatever necessary amperage, and if you use track power, there should be a resistor on the structure, i.e., for lighting?
Below are some photos of my setup, which is messy at the moment, as I'm building it out at the moment + taking into account kids play (inner oval / O36 / Thomas train) + personal play (outer 048 oval)
Ugh, so sorry, just one last thing. I recently brought the Lionel led lighted bumper, and noticed sometimes it works, and sometimes it doesn't (picture of it attached here, and you can see the LED is off, but the track is powered) could that be a continuity problem? I'll check with my multimeter today.
Thanks again!