Noise Engineering Terci Ruina Manual

Noise Engineering Ikke kategoriseret Terci Ruina

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Side 1/3
Overview
Three classic distortion topologies reinterpreted with a Noise Engineering touch and
connected in series for complete sonic annihilation of any sound. Patch in and out at any
point. Unapologetic noise and destruction.
1
Noise Engineering
Terci Ruina
Three classic distortions with a
Noise Engineering flair in four HP
Type
Triple distortion
Size
4HP Eurorack
Depth
.8 Inches
Power
2x5 Eurorack
+12 mA
30 mA
-12 mA
25 mA
Etymology
Terci-- from Latin: “Three”
Ruina -- from Latin: “Destruction”
“Triple Destruction”
Patch Tutorial
Patch 3: Drums (both acoustic and electric; try the BIA!) sound especially good through TR.
Don’t forget to try out the individual distortion circuits as well as combinations of all three!
If a patch becomes to noisy, an easy solution is to put a VCA such as the Sinc Bucina or
Sinclastic Empulatrix after TR controlled by your main envelope.
Patch 2: Sinc Bucina works especially well before TR. Try SB on its more resonant settings
and then dial in some distortion from TR. A second SB after that combo adds even more
dynamic possibilities.
Patch 4: Running a filter (especially a lowpass or bandpass filter) before or after TR always
sounds great. Add an envelope (Pons Asinorum is a small, inexpensive option) to the filter for
acidic basslines and modulated fun.
Try using the ins and outs to change the order of the distortions and see the differences in
sonic character.
Patch 1: Patch a sound to the first input. Patch the last output to your mixer. Play with the
knobs for some intense distortion.
2
Interface
FB: Distortion 1 drive amount. This circuit is uses two bipolar transistors for
gain and Si diodes in feedback for clipping.
Out x3: The outputs for the three distortions. Can be used separately, but are
normaled to the next distortion’s next as shown on the panel. Patching breaks
normalization.
FF: Distortion 2 drive amount. This circuit is uses an op amp for drive with Si
diodes in feedforward for extreme saturation.
FZ: Distortion 3 drive amount. This is a two stage bipolar transistor fuzz.
In x3: The inputs for the three distortions. Can be used separately, but are
normaled to the previous distortion’s output as shown on the panel. Patching
breaks normalization.
Special Thanks
Shawn Jimmerson
Joey Blush
Matt Lange
Design Notes
We have been pondering and prototyping distortions for a long time. This
module came from a prototype that was built just to investigate 6 different
distortion topologies. We were looking for a simple candidate for our first
Ruina module and decided that keeping it super simple was the best choice.
Three distortions were chosen from the 6 trying to find the distortions that did
the most interesting things when combined together.
The first section, FB, is a two-stage asymmetric diode-feedback topology
using high-beta bipolar transistors for gain. It ends up being a very nonlinear
waveshaper that is sensitive to waveform symmetry. I find a lot of really
interesting tones in the middle knob range on this one as the gain ends up
controlling where in the waveform the nonlinearities occur.
FF is an asymmetric feed-forward diode clipper using op-amps for gain. This
one is a pretty straight-forward diode clip with just enough asymmetry to
make it fun. The knob goes from soft clip to heavy overdrive.
FZ is a high-gain bipolar fuzz. The knob blends between differently phased
sections which gives the knob a low-pass to high-pass frequency response as
it is turned up. The distortion is a bit more subtle on this but the filter allows
the user to accentuate it nicely.
TR was not designed to be pretty or clean but was meant to invoke some of
the chaos that happens when using guitar pedals. It will be noisy. It may pick
up radio stations. There is a little gremlin in there.

Produkt Specifikationer

Mærke: Noise Engineering
Kategori: Ikke kategoriseret
Model: Terci Ruina

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