As far as I know is it possible to connect at least 2 LEDs per connector (=4 LEDs=2 Dual-LEDs).
If you wish to connect more, you can do it by
1) using the multiswitch
2) using a small circuit with an opto-coppler (is this english? :)
"Live free or die: Death is not the worst of evils."
I forgot all about opto-couplers as I hadn't used them in a few years. They were used in my astronomy camera to connect it to an autoguider circuit on my mount. Isn't the opto-coupler either on or off only? I didn't think you could modulate the device so as to get a variable output. Or is there some way around this?
Will the Multiswitch give me the same dual LED light change from green > yellow > red as the Aquaero is programmable to do?
Will the Multiswitch give me the same dual LED light change from green > yellow > red as the Aquaero is programmable to do?
In the product description it's said, that the LED-connectors are dimable - I have no clue if there is a chance to dimm the LEDs by temperature, but if it's not already done, I'm pretty sure it will be done :.
"Live free or die: Death is not the worst of evils."
I have to call my friend Sheila up at CSULA and ask her as she is an electrical engineer. I think there might be a way to modulate the opto-coupler with an analog signal. Let you know in a few days if it is possible.
Okay assuming it is analog then what is the maximum milliamps that the circuit can take without letting the magic smoke out? IIRC the Aquaero LED output is extremely bright. So much so that I decided to run my LEDS in through the sides of the Aquatubes. So I am wondering if the circuit can handle three pairs of LED's (6 total) at a less ampount of brightness?
well you could measure the single led's current draw, and then calculate what resistor you have to put in to keep it the same for three. (i assume you mean six leds as in three on each channel?)