GERMANIA
GERMANIA
Germanium warmer/transistor VCA
Germanium warmer/transistor VCA
-> Germanium transistor based VCA
4 HP
6 mA +12V
6 mA -12V
0 mA 5V
MSRP: 132.5€ + VAT
-> Germanium transistor based VCA
The Eowave Germania 241 is a discrete VCA/warmer module build around with the sound characteristic of the vintages Russian germanium transistors.
Warm things up:
That fat Analog Character: It's not question here be in the area of the "most transparent VCA ». We specifically select our transistors to add harmonics and give a rich and thick saturation.
Variable Texture Control: Choose the amount of distortion with the "Signal" knob, providing from a very soft and subtle one to a heavily pronounced distortion.
VCA control: Their are two modulation input to control the VCA, one of these is attenuated.
Feedback Loop for Extreme Effects: Compared to the MK1, the phase of the output has been rectified. This open the possibility to feedback the output into the input to create feedback loops.
The Eowave Germania 241 is a discrete VCA/warmer module build around with the sound characteristic of the vintages Russian germanium transistors.
Warm things up:
That fat Analog Character: It's not question here be in the area of the "most transparent VCA ». We specifically select our transistors to add harmonics and give a rich and thick saturation.
Variable Texture Control: Choose the amount of distortion with the "Signal" knob, providing from a very soft and subtle one to a heavily pronounced distortion.
VCA control: Their are two modulation input to control the VCA, one of these is attenuated.
Feedback Loop for Extreme Effects: Compared to the MK1, the phase of the output has been rectified. This open the possibility to feedback the output into the input to create feedback loops.
in : vca input
out: vca output
mod1 : non attenuated VCA cv input
mod2 : attenuated VCA cv input
mod2 potentiometer : mod2 input attenuator
Signal : preVCA gain
gain : Vca gain
TECHNICAL DETAILS :
4 HP
6 mA +12V
6 mA -12V
0 mA 5V
MSRP: 132.5€ + VAT
MODULES
CASES
© 2023 Eowave, Inc.