nILS

The 14V aren't suggested because of the rectifier. The regulator on the SID board takes the 14V and regulates it to 12/9 (7812/7809) depending on the SID you are using. For a 7809 (-> 9V for 6582 and 8580) supplying them with 12V will be fine.

My 4xSID (2x8580, 2x6581) has a 6581 woth broken filters as well.

Yes - absolutely. Actually, stryd, you already know as we're working on it right now :D

As far as I know, there's no Tap-Button yet. But what I can tell you for sure is, that if it's really not there, it's definitely possible to implement that feature :D

Well the chance that they don't work at all is pretty low. The chance that the filters are busted is fairly high - but that's an easy thing to find out once you have your mbSID to test the SIDs in ;-)

[Wilba] 3:35 pm: Ok I'm buying some big caps on ebay [Wilba] 3:36 pm: 3300uF 100V [Wilba] 3:36 pm: how can I test if they're not counterfeits? [Wilba] 3:36 pm: like that picture on the forum with a smaller cap inside a big shell [ultra] 3:36 pm: charge them up and hit them with a screwdriver [Wilba] 3:36 pm: hit as in whack?

How about posting your source code so we might be able to see what's wrong instead of guessing?

I'm a very visual person. And I just can picture that. :D

Pascal, ich bin jetzt wieder reichlich im Chat - schau einfach mal vorbei, dann richten wir die LEDs auch noch :D

english: red = right german: rot = rechts So, all the important languages are covered. Let's look at the unimportant one ;-) dutch: rood = recht french: rouge = dRoite italian: rossa = destRa portuguese: veRmelha = diReita spanish: roja = deRecha russian: ?P????? ?P??? japanese: ?? = ?? works in almost any language ;-)

You're gonna copy-paste that in every thread now? ;-)

Exactly - thanks for pointing it out stryd ;-)

Time for a new "Fastest Newb" Award ;-) Sehr schick geworden und das in so kurzer Zeit - Gratulation!

Now that's a nice first post! Welcome aboard and thanks for sharing! :D

Mmmm - blue stain GOOOD! Looks nice! I really like the DIY case :D

If you really wanna go switching PSU - you could at least do so really cheap: http://www.pollin.de/shop/detail.php?pg=NQ==&a=NTc2OTQ2OTk= ;) edit: evil typo

Hehe, I call it being insipred by the work of others. Which goes for virtually anyone around here, including you, sineSurfer ;-) Looks good - build it!

Um... -> http://www.midibox.org/forum/index.php/topic,10438.0.html Please check if what you are about to post has already been posted ;-)

...which is a horrible idea ;-)

This might help you out: http://www.midibox.org/forum/index.php/topic,5086.0.html http://www.midibox.org/forum/index.php/topic,9698.0.html

Yes, it is possible, it just involves a lot more programming. You could even build a tiny button or LED matrix. With the 8 pins of J5 you could have a 4x4 Matrix for instance, or a 3x3 matrix and 2 LEDs or a 3x2 matrix and 3 LEDs [...] You can do what you want with most of the input/output pins, it's just a matter of programming.

To be honest: That's enough info for me ;-) If I were TK (which is kinda hard to imagine), I'm not sure if would want to go through the hassle of writing a fun to read little story when I could go spend my free time working on creating more history :D What I'm trying to say is: Do some research, check the google cache for old versions of ucapps and write up some history - if there's a pretty good base with a lot of info there already I think a lot more people will be tempted to contribute.

Which you do or don't? I only noticed you sell 6582s so far ;-)

Welcome aboard! Nice to hear you got this far without having to ask any question ;-) #define DEFAULT_EXT_CLK_PULSEWIDTH 19 should give you a 10ms pulsewidth, yes. Did you do the calibration and setup as described on ucapps.de? Sorry that I can't give you an in-depth technical answer, but I believe measuring a 10ms pulse signal with a multimeter will not lead to any usable results as the signal is not constant enough. Did you measure the output from you s&h the same way?

Whatever you need to do needs to be <= 8. 2 (two pots) + 2 (two buttons) + 2 (one encoder) + 2 (two leds) = 8 so you're good.