6 per channel? I.E., 3 current sources and 3 outputs?
Or 6 outputs and 6 current sources per channel? (You will need a fan.) (Or 2)
If you want to use just the ones that will mount on that board, because you have such tall heatsinks, I wouldn't break the boards and just use them as one piece.
Or 6 outputs and 6 current sources per channel? (You will need a fan.) (Or 2)
If you want to use just the ones that will mount on that board, because you have such tall heatsinks, I wouldn't break the boards and just use them as one piece.
I had to look at the Aleph60 schematic, and yes, it has 6 CCS fets and 6 outputs per channel.
It will heat your house. Neat!
You will need another set of the BrianGT boards in order to use them for their daughterboards. My understanding is that you can daisy-chain them in series to get as many outputs as you need.
It will heat your house. Neat!
You will need another set of the BrianGT boards in order to use them for their daughterboards. My understanding is that you can daisy-chain them in series to get as many outputs as you need.
So, I guess we have a bit of misunderstanding here. I will try to clarify:
The chassis I posted above is for one channel -- monoblock. It has two .2 c/w heatsinks. I am assembling one first and then copy it.
Here is the photos of what I have now:
Ready to be stuffed.
So my question is still: how to hook up these daughter boards in parallel in the best way?
The chassis I posted above is for one channel -- monoblock. It has two .2 c/w heatsinks. I am assembling one first and then copy it.
Here is the photos of what I have now:
Ready to be stuffed.
An externally hosted image should be here but it was not working when we last tested it.
So my question is still: how to hook up these daughter boards in parallel in the best way?
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