SSF Entity BASS DRUM Manuale utente

1TRIGGER INPUT and PING!

The TRIGGER input jack is used to initiate a percussive tone and trigger an envelope from the Rise/Fall generator. Any signal above 1V

can be used - not just triggers or gates.

The PING! button is used to audition a sound without anything patched into the TRIGGER input.

2BODY and BODY CV

The BODY control emulates the response of a drum head. It is a subtle control and the eect can vary depending on the status of

other parameters like RING and FM levels.The center position is the most tuned response whileTight produces the least resonant,

lowest amplitude and loose produces a abbier sound. BODY CV works best with bipolar voltages but will accept any polarity CV.

The Body Control works as an oset when external CV is used.

3ENVELOPE GENERATOR

The built in RISE/FALL envelope generator is a powerful feature of the Entity BDS. It can be used to optionally modulate the frequency

and or amplitude of the sound via the FM LVL and AMP switches. The envelope can also be used stand-alone via the +ENV output on

the bottom left of the module - or self patched from that jack into the other voltage controllable functions of Entity.

The envelope output jack is accompanied by a novel DUCK output.This is an inverted and positively oset copy of the envelope output.

This jack can be used creatively but commonly utilized for patching into externalVCA CV inputs to keep theVCA normally on until a

note/envelope is triggered via Entity BDS. For instance, a bass, lead or pad could be patched into an externalVCA and that signal will

“duck out”in volume when Entity BDS is triggered.

RISE controls the attack stage time of the envelope, FALL controls the decay stage time.

The RISE CV and FALL CV inputs are used to voltage control these functions.The controls become standard CV attenuators when

signals are patched into the CV inputs.

At the top left of the module are a set of switches in the ENV SHAPE section that independently alter the shape of the two envelope

stages.These can be set to logarithmic, linear or exponential. The shapes provide a huge variety of ways to aect the frequency and or

amplitude of the resultant sound.

An interesting feature of the envelope generator is the way it is set to reset upon recurring trigger signals. Rather than reset upon every

new trigger, the envelope waits until it has nished the Rise stage and reaches the re-trigger threshold during the Fall stage. This

provides some additional frequency and/or amplitude dynamics to occur between a set number of sequential triggers.This aect

occurs when the Rise time is set beyond the duration of the actual percussive sound produced. For instance, you can achieve eects like

slight pitch and/or amplitude changes between beats or a steady rise in pitch/amplitude other a larger number of beats. Denitely

worth experimenting with!

4PITCH and 1V/OCT

The PITCH control tunes the tonal frequency of the output. Featuring a large span of control from about 8Hz to roughly 2.2kHz. Both higher and lower frequencies are capable using the 1V/OCT and/or

FM CV inputs. The 1V/OCT input is used for tracking Entity with a sequencer, keyboard or as an additional FM input. The module will reliably track at least four or more octaves.

5FM LVL, FM CV and FM SWITCH

The FM LVL control is a bipolar attenuator. Center position reduces the modulation depth to zero. Fully right is maximum positive depth, fully left is maximum inverted depth. FM CV jack is used for patching external modulation

sources to frequency modulate the output.The switch below FM LVL has three positions that select the routing to the FM LVL control. The rightmost position selects FM CV only and doubles as an “OFF”selection if no CV is patched

into the FM CV jack. The center position will sum any signal patched into FM CV with the internal envelope generator. The leftmost position selects the internal envelope only.

6RING and RING CV

The RING control aects the resonance and resonant decay time of the output signal.The amount of resonance/decay produced by this function is independent of the other controls. However, using the internal

envelope or external CV to control the amplitude (volume) in the OUTPUT VCA section (see below) can have an aect on how much resonant decay is heard - a useful sound design feature. At maximum setting, RING

will produce a sustained self oscillation.When set to minimum, a small amount of resonance will still be present. The RING CV input is used to modulate the RING function and the RING control works like a standard

attenuator when RING CV is in use.

7OUTPUT, AMP CV and SWITCH

The OUTPUT control aects the amplitude (volume) of the sound.This control has two functions which are dependent on the position of the switch below the control.When the switch is set to AMP, the OUTPUT

control works like a standard volume attenuator - min position will fully attenuate and max position produces a 16Vpp output level (while saturation level is in min position). If a signal is patched into AMP CV, the

control behaves as a cross-fader, fading between the full CV signal value in the min position and full nominal output level in the max position. Similarly, when the switch is set to ENV, the control fades between the

full internal envelope signal at min, and full nominal volume at max.The cross-fade feature is useful for achieving better control over signal dynamics - similar to a parallel compression type behavior.

It can be useful to use the internal envelope or external CV to modify the output dynamics - for example, you could have a long RING decay set but use the AMP VCA to attenuate the sound before the RING decay ends

and use the envelope shape controls to modify the amplitude dynamics etc.

8SATURATION and SAT CV

The SATURATION control aects the harmonic content of the sound using a multistage, discrete transistor topology. Just a touch will add a bit of punch while the full range oers heavy saturation eects onto the

output signal.When both the OUTPUT and SATURATION controls are at max, a small amount of hard clipping is introduced. If only soft clipping is desired (more bass heavy, softer high frequency distortion) you can

back down on the output control.The saturater does add a bit of amplitude to the signal but the already high headroom of the output section allows you to back o the output level a bit while still retaining a higher

than normal output volume.

9A-MIX INPUT

A-MIX is short for Amplier Mix. This is an auxiliary input into the nal outputVCA stage. This input is useful for mixing other signals with the Entity BDS sounds. For example, noise can be mixed with the output to

make a snare sound, etc. Using the internal envelope or an external CV to control the output levels will help to shape these signals into percussive sounds.

SYNOPSIS

The Entity Bass Drum Synthesizer is a modern amalgamation of the most important functions to create a wide range of bass, bass drum and

various percussive rhythm based sounds. Additional functions have been incorporated in order to increase both the versatility in use within a

modular environment and broaden the sound sculpting abilities of the Entity itself.

The Entity BDS is a studio quality, high delity analog design with focus on maintaining maximum clarity and dynamic range. Special care has

been applied to producing an isolated, low inherent noise and high headroom device suitable for home, studio and live/DJ use. Entity excels as

both a center piece or just an addition to that monster patch. But you may nd that when using Entity, very few additional modules are

needed to achieve satisfying results.

Please take some time to read over the manual, play with the controls and try out some examples on the following pages. Get familiar with

the subtleties of the controls as you will be rewarded after just a short time of experimenting. As always, Enjoy!

10 OUTPUT

Entity BDS OUTPUT jack. The default output and signals mixed into the F-MIX and A-MIX inputs are routed here.

11 F-MIX INPUT

F-MIX is the direct input into Entity’s resonant lter. This input is used for a number of functions as described below:

1. VOLTAGE CONTROLLED RESONANT FILTER:

Patch an external signal into the F-MIX input. The PITCH control aects the cuto frequency of the lter and RING controls the resonance (there will always be a little bit of resonance present at the

minimum RING setting). SATURATION aects the harmonic content as usual.

2. DYNAMIC RESONANT VCF:

For producing acid bass and lead lines and other frequency based rhythmic eects. Extending the abilities from function (1) above, The trigger input is utilized for triggering the internal envelope. The

envelope can then be switched on to aect the FM and/or amplitude of the signal. Use the FM LVL control to aect the strength of the percussive accent upon the ltered signal. An external modulator

can also be combined with the internal envelope when the

ENV+FM

switch is engaged and an external modulator is patched into the

FM CV

input.

EXAMPLE:

Patch a square or saw wave into the F-MIX input. Use a sequencer to aect the pitch of the sourceVCO if desired. Patch a trigger source into the TRIGGER input. Pattern based gate

sequencers like GateStorm produce the most interesting eects. Switch the FM LVL control to ENV or

ENV+FM

and use the attenuator to aect the depth of modulation. Experiment with

the envelope shapes and timing, depth of modulation and other controls.The OUTPUT can optionally be set to ENV to aect the volume ratio of the accented and non-accented material

with the OUTPUT control. For further processing, try patching the internal +ENV or DUCK outputs to aect the other modules you may be using.

3. AUXILIARY TRIGGER INPUT:

You can use the F-MIX input as an AUX trigger when producing percussive or bass-line sounds.The eect is that of a muted version of the main percussive output and will produce a wide range of

dynamic rhythms and sense of movement. It is recommended to use a gate or trigger source with variable pulse width for greatly enhanced swing and variations of this eect. A 10V amplitude trigger or

gate source is recommended for the strongest eect.

EXAMPLE:

Patch a gate sequencer into the TRIGGER input and create a pattern on the sequencer. Create another pattern using the same sequencer or another module synced to the rst sequencer.

Patch the second pattern into the F-MIX input.You will notice the auxiliary muted percussion in relation to the main sound. Now try varying the pulse-width of the secondary pattern.

Notice how the swing of the rhythm changes with the pulse width but the main sound keeps in time. Experiment using all the controls and switch settings.

12 RGB STATUS LED

This LED provides visual feedback for the major functions related to the processed signal.

An active trigger is displayed in green.The duration of the green pulse is aected by the BODY control as a faster green blip indicates a tight response and a longer pulse indicates a loose response.

Depth of

frequency modulation

is displayed in

blue

. Whether positive or negative, the level of depth is always indicated by the intensity of the blue portion of the LED.

The output waveform is displayed in red.

ADVANCED PATCHING AND TECHNIQUES

The controls and internal routing of the Entity BDS are capable of producing a very large variety of sounds on their own. However, all those CV input jacks are not there to just ll empty space! In this section we highlight some

important processing features that may or not be obvious.

IN GENERAL

LFOs and Envelopes from other modules are typical sources of external modulation and they work great with Entity. But it is worth noting that while we are using clocks and pattern based gate sequencers to trigger entity, they also

work great as stepped DC modulation sources. For instance, if we have a pattern setup to trigger the main drum sound on the quarter note of a sequence, we could patch a half note division (or another pattern) into one or more of

the CV inputs to change the sound on every other beat. Remember that the controls will then become attenuators for the incoming CV when we do this. Using gates as modulation sources is not absolutely necessary but good

knowledge to have if modulation sources are limited or used up in your eurorack system as well as provide an absolute level change as dialed in by the attenuators on Entity BDS.

SELF-PATCHING

Entity can also be self patched. Below you will nd the possible arrangements:

+ENV and/or DUCK can be patched into:

BODY CV, RING CV, SAT CV, 1V/OCT CV, F-MIX or A-MIX (in some cases, patching the envelope into the audio inputs can produce subtle emphasis or introduce additional frequency dynamics)

When using a mult or stackable cable, the output can be fed back into the CV or audio inputs. Most notably, when fed back into the A-MIX input, super saturated sounds are achieved and even chaotic self oscillations. If the

oscillations are not desired (perhaps in most cases) turn down the OUTPUT a bit until a stable point or desired eect is achieved. You may also try The F-MIX input for a more subtle eect.

ACCENTS

As you may have noticed, Entity does not have an ocial accent input. This is because the Entity can produce dierent kinds of accents via using the CV inputs.We can use the FM inputs for frequency based accenting, amplitude

based accents with the AMP CV input and freq/amplitude based accents using the SAT CV input. Additionally, anti-accents or muting are also possible with negative going CV or even still with positive CV when patched into the RISE

or FALL CV inputs.

AUDIO and CV LEVELS

OUTPUT LEVEL

As mentioned, the nominal maximum output level of Entity is 16Vpp (-8V, +8V). Nominal eurorack audio levels are typically 10Vpp. The Saturater will push this level into hard clipping through the internal amplier when set to

maximum. The saturater is a high gain device. By its nature, everything that passes through it is amplied, including the noise oor. Entity is very low noise and includes features that substantially reduce the amount of external

noise present in most eurorack systems. However, no design is completely free of noise. Some, although only slightly audible noise may be heard if the output and saturation controls are at maximum and the Entity is the only

source being auditioned. If this was ever an issue, one can simply turn down the output slightly until the noise is inaudible and still maintain a higher than typical output level. In most cases (like within a mix) the noise may never

be heard at all - even at max output and saturation settings - but important to point out none the less...

CV INPUT LEVELS

RISE, FALL, RING, SAT and AMP CV inputs require +8 to +10V for nominal operation. Bipolar or negative voltages will not harm these inputs but expect little to no response from CV signals in the negative region.

BODY, FM CV and 1V/OCT require any positive, negative or bipolar CV source - in other words, anything your modular system can produce is accepted and usable.

CV OUTPUT LEVELS

+ENV and DUCK output swing is 0V to +10Vp.

POWER CONSUMPTION

QUIESCENT: +61mA, -91mA

MAXIMUM: +72mA, -125mA

PATCH SHEETS

Patch sheets are download-able via the Entity BDS product page on our website: steadystatefate.com

Current and future presets will also be available for viewing here. If you would like to submit a preset, please share with us via our contact page on the company website.

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