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15,000円以上国内送料無料 | FREE DHL SHIPPING WORLDWIDE FOR ORDERS 50K+ yen : Details
15,000円以上国内送料無料 | FREE DHL SHIPPING WORLDWIDE FOR ORDERS 50K+ yen : Details

Tiptop Audio Z2040

¥36,900 (税抜 ¥33,545)
Prophet-5 Rev2のチップを基にしたファットな良音4 Poleローパスフィルター!オーバードライブやVCA内蔵、VC-FMでベースに最適です

Format Eurorack
Width 8HP
Depth] 42mm
Current 20mA@+12V, 20mA@-12V
Manual pdf (English)

MUSICAL FEATURES

As the name suggests, it is an analog 4 pole low-pass filter that produces a fat tone with enhanced functions based on the design of the Rev2 filter chip "SSM2040" of the famous Prophet-5.

SOUND:  The sound quality of Z2040 based on SSM2040 has a wide range of expressive power from fat and transparent sound to distorted sound.Gain, resonance, cutoffA wide range of sounds can be created by combining the three knobs. This filter also feeds the audio signal into the FM input,Filter FMCan produce a particularly punchy sound when performing.

Self-oscillation:It is difficult to adjust the pitch of the sine wave generated by self-oscillation to the scale because the FM input is not 1V / Oct. Instead, with the Z2040, you can cut the sound by sending an envelope from the VC-GAIN to the built-in VCA,Sine-wave based percussive sound sourceIt is suitable to use like.

VC-FM: One of the features of the Z2040 is the VC-FM input. This is the input to "modulate the modulating signal" that modulates the CV signal to FM in. This allows, for example,
  1. Audio rate CV → FM in, attacking envelope → VC-FM in: Sound that filter FM is strongly applied and attenuated only at the moment of attack
  2. Relatively fast LFO → FM in, Slow LFO → VC-FM in: Filter modulation sound whose intensity changes slowly. Drone sound with richer movement when used in conjunction with VC-GAIN.
  3. Envelope → FM in, voltage corresponding to velocity → VC-FM in: Acid sound whose filter envelope intensity changes in response to velocity
 You can use like.

 Both FM in and VC-FM in are equipped with an attenuator knob for adjusting the modulation level.
 

PHYSICAL STRUCTURE

 The core of the Z2040 is the SSM2040 chip, but it is worth noting that it has more modulation options than the original chip of the 70s, and also supports modern usability.

Built-in VCA  The Z2040 has a built-in VCA, and you can set whether to place it before or after the filter by setting the rear jumper. Since the VC-GAIN input is connected to the CV in of this built-in VCA (see below), the Z2040 not only has the frequency and resonanceGain can also be CV controlled. If you want to control the amount of filter distortion with CV, place the built-in VCA in the first stage, and if you want to use it as a clean output VCA, place it in the second stage.
 The settings for each case are as follows.
Signal flow when VCA is placed before the filter (default setting)

Fig A-1. Signal flow when VCA is placed before the filter (default setting)

Jumper setting to place VCA before the filter (default)

Fig A-2. Jumper setting to place VCA before the filter (default)

Signal flow when VCA is placed after the filter

Fig B-1.  Signal flow when VCA is placed after the filter

Jumper setting to place VCA after the filter

Fig B-2.  Jumper setting to place VCA after the filter

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