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Should do fine, at least that's what I'am ordering, for T6 I will use MPSA06.
Referring to the datasheet, it's important tu order the "C" suffix version, otherwise you wil end up with an E-B-C part...not point in buying a fancy PCB if it's to fit trannies with tortured leads..
Should do fine, at least that's what I'am ordering, for T6 I will use MPSA06.
Referring to the datasheet, it's important tu order the "C" suffix version, otherwise you wil end up with an E-B-C part...not point in buying a fancy PCB if it's to fit trannies with tortured leads..
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As far as toirod selection goes, would it be a better idea to have one AN-15432 or two AN-6232s?
http://www.antekinc.com/pdf/AN-6232.pdf
Antek - AN-15432
http://www.antekinc.com/pdf/AN-6232.pdf
Antek - AN-15432
Dual transformers and dual PSUs are best option. Next is large single transformer with 4 set of windings and two PSU's. Then single toroid and psu.
Mono-block is best provided the regulation of that single channel transformer has not been compromised such that it adversely affects performance.
2bz, your work so far looks great. I realize that this will put out a lot of heat but wont two 120mm computer fans for each heat sink blowing from outside cool it down enough. Just wondering why you chose the water cooled route.
2bz, I have these F5Tv3 PCB's also, but I didn't use them cause the MUR3020 diodes on the PCB are connected through a very small 0.5 mm 'via' from one side of the PCB to the other.
And I didn't think it would hold the large currents... Maybe you can solder a thicker wire across or something...
Sorry for informing you so late...
Walter
And I didn't think it would hold the large currents... Maybe you can solder a thicker wire across or something...
Sorry for informing you so late...
Walter
Both channels disipate a total of 600+ watts of heat. If you are going to do it, over do it.
What if I were to drill it out to 2+
mm and then run a single strand of 2 mm copper wire from one side to the other and solder to the pads on each side?
Thanks for the heat sink info. That works out to almost a 3 foot section of 10 inch heat sink per channel using the c/w info provided at heatsinksusa unless I have got this wrong.
Multiple vias have lower impedance.
If lower impedance is required of this through board connection then the PCB designer should have included multiple vias.
Drilling a big hole through will not lower the impedance, it will only slightly lower the resistance.
Is there room on both sides to drill multiple 0.55mm through holes to solder in 0.5mm diam copper links?
If lower impedance is required of this through board connection then the PCB designer should have included multiple vias.
Drilling a big hole through will not lower the impedance, it will only slightly lower the resistance.
Is there room on both sides to drill multiple 0.55mm through holes to solder in 0.5mm diam copper links?
Per Mr. Pass, the optimal is 0.06 c/w. I was looking for a smaller solution. Plus I wanted to experiment with water cooling.
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