F5m kit

I know you all missed it, but I just wrapped up an epic Happy Dance on my way back from the mailbox!

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Can someone suggest suitable thermistors for 1.4 amp bias per channel. I'm not sure I can run that high in my chassis but would like to be ready in case it can take the heat.
Thanks,
Marty
EDIT: re reading the article I see that NP already gave the answer.
 
There are a boatload of inexpensive 3 and 4 pin fan controllers out there. In a relatively well controlled home environment, maybe just using the power pins at a reduced voltage (coinciding with an acceptable noise level) and an inexpensive pcb thermostat is the way to go. Co
st wise it's pretty much a draw.
I'm reasonably sure it would cost more to diy a control but I'm 100% behind any such effort. Not everything is measured in $$
 
it seems we need new subsub forum - MiniMini Pass Labs



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you're given with relatively small amp, small case, and all you're doing in last dozen of pages is arguing how to make it even smaller

then putting inside fan and controller and PSU for that fan

it doesn't got smaller that way

if WAF is so important, either grow a pair or buy integrated streamer/dac/can amp, fed with WiFi (not even PSU needed) and be done



edit: to Mods - better make it - MiniMiniMiniMini Pass Labs


:devily:
 
You can’t go wrong with Noctua fans. very smooth, quiet, great bearings and high quality. I bought these little ac to dc modules on Amazon for less than $9 a pair With the intention of using them in my F5tv3 monoblocs to power Noctua fans. The 1000va Antek transformer I’m upgrading to has separate 12vac secondary and you can adjust dc voltage on these modules down to 5v. So it’s not a temperature controlled solution but you can set fan speed to what you want and when amp turns on it turns on, amp turns off it turns off. Simple solution

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it seems we need new subsub forum - MiniMini Pass Labs :devily:
Ya, these guys have gotten soft.. They may be forced to build an old SOZ as punishment..."Operation of a single channel at twenty watts will require about 500 watts worth of power supply and heat sinking....", or at least a Burning Amp BA-1 at full song.. To reclaim their Pass Labs forum member cards.. 😊
 
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There are a boatload of inexpensive 3 and 4 pin fan controllers out there. In a relatively well controlled home environment, maybe just using the power pins at a reduced voltage (coinciding with an acceptable noise level) and an inexpensive pcb thermostat is the way to go. Co
st wise it's pretty much a draw.
I'm reasonably sure it would cost more to diy a control but I'm 100% behind any such effort. Not everything is measured in $$'s
I will make my own temp sensor w/fan PWM controller. It's not about the money, it's all about the making.