i love my RIP.

RIP may be discontinued but there are transformers looming in the future…

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Presently waiting on a shipment of transformers for another project, but there’s likely going to be another short run of these available at some point. They might be a little more expensive to justify it beyond the initial passion project state, but time will tell.

Don’t hold your breath though. Other priorities exist!

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I have an idea of what you’re getting at, and I like it!

That will tide me over.

Breath not held.

But as someone who grew up surfing, I pretty much need one of those.

Also, is it weird to admit that the lifter reminds me almost as much of the Rush 2112 starman as it does anyone who might have hung out at Venice Beach? :o

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It doesn’t output dc voltage, but the inputs are dc coupled and will saturate into extreme distortion territory if you mix cv in with the audio signal.

As for other euro output modules, I would get the wmd pro output if you absolutely needed one. No transformers, but I can’t see anything else to dislike about it.

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Thanks. I knew about the inputs being DC coupled but hadn’t thought of mixing CV with audio. Personally, that’s not something I’d use, but cool that it’s there.

Thanks for the tip on the WMD module. As this isn’t actually a problem for me right now, I’m going to hold out for an RIP or RIP 2…or mystery Monome/Mannequins -isms 2 thingymabob.

Does it do the Moog CP1 trick of distorting differently depending on a positive or negative offset?

Here’s a quick recording to show RIP’s cv saturation thing.

3 sines from Sisters mix out into RIP A and out of B. (the normalization runs the signal through both transformers when no 1/4" jacks are present)
Offset voltage from an Isms attenuator mixed with the signal pushes RIP transformers into saturation.
The offset voltage is slowly turned up and then down.

rip-offset-overdrive-test
can’t figure out the embedding

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I think the Moog CP3 does not saturate differently regarding to a fed in positive/negative offset but the normal and inverted outputs are saturating in different ways when the module is driven hard.

Thanks - that actually sounds quite nice!

https://soundcloud.com/ngngngngngngng/rip-offset-overdrive-test

(just copy and paste the address line of the browser for soundcloud embedding :+1:)

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is there a comeback in sight?
ships mid december 2016?

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Well I’ll be damned. Look at that: an actual Christmas Miracle!

Well spotted.

This I will pre-order.

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Well ‘mid-december’ should def be updated, but the transformers are scheduled to be delivered tomorrow!

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This is such great news - missed out the first time round and always regretted it - my preorder is also in!

RIPPED! and… um… discourse software!

Ordered! Curious how many runs of 25 you sold earlier @Galapagoose

This is 2nd batch. Should start shipping first few orders next week. Still ~10 left of this batch.

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anyone have an A/B recording with and without transformers? i’m intrigued but but must admit i have no idea what this sounds like…

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Hastily ordered mine minutes before heading off in to the depths of the Mojave Desert with my son for our annual Mojave Preserve trip; birding (beautiful buteos mainly), artifact collecting, botanizing, rainbow watching, snow-hunting, joshua tree high-fiving, off road touring, sunset watching, rain enjoying, ruins exploring, cactus admiring, hiking, cinder cone looking, lava tube crawling, rock throwing, train spotting, mines exploring, general paleontological prehistory stuffing fun.

Did some excellent field recording as well!

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I think someone posted audio of this a bit ago but can’t seem to find it. Anyone remember?

Thanks in advance!

From the RIP page:

RIP is fully passive, with DC coupled inputs. You can’t pass DC, but rather use it creatively to drive the iron cores into saturation.

Would still love to hear audio but in the meantime, could someone explain how this works? Is there an accompanying volume dip due to waveform clipping? Man I so love transformer saturation that I’m dying to trying this out!

EDIT: @le_palace pointed me to the audio by @ng_ which is a bit earlier in this thread.