via this auction
"The first module in the Alien Modulator series, the Dalek Modulator contains 2 linear cross-modulating VCOs and a ring modulator in one module.
The ring modulator's carrier and modulator inputs are normalized to the internal VCOs, but either or both can be replaced with any external signal. VCOs feature internal cross-modulation, horizontal symmetry control, sine and square wave outputs and can be used independently of the ring modulator.
Specifications:
Inputs: CV modulation of frequency with attenuation, carrier signal input, modulator signal input.
Outputs: Carrier VCO output, modulator VCO output, ring modulated signal output.
Controls: Carrier & modulator VCO controls for frequency, horizontal symmetry, hi/lo speed selection, waveform selection and CV modulation attenuation. Each external input has selectors for AC/DC coupling. Modulation can obey or destroy!
Space Usage: 14 HP/TE
Current Consumption: 80mA"
Tuesday, November 27, 2007
Doepfer A-190 MCVS midi-cv/sync
via this auction
"Module A-190 is a MIDI-CV/SYNC Interface, with which you can control any A-100 Module which has CV and gate/trigger input sockets by MIDI. The A-190 has two Digital-to-Analogue converters (DAC for short), which put out control voltages from 0 V to +5 V, so that you can control not just the pitch, but also another voltage-controllable parameter on the A-100. DAC 1 is 'hard-wired' to receive MIDI note messages and convert them into control voltages available at CV output socket CV 1. The DAC has 12-bit resolution, which gives excellent tuning resolution (in steps of 1/4096th). As a rule, DAC 1 will be used to control VCO pitch. DAC 2 can be assigned to your choice of MIDI controller. This DAC has 7-bit resolution (1/128th steps). Its output is available at CV 2, and can be used for voltage control of any suitable module (eg VCF, VCA, etc.).
The A-190 also has a clock output, controlled by MIDI clock. This can be divided down to provide a variety of clock outputs, and enable older sequencers or drum machines to be synced to MIDI. A Reset Output provides control of the A-160 / 161 Clock Divider / Sequencer or can produce MIDI-synchronised gates (for instance on an ADSR). MIDI START or CONTINUE messages make the voltage at the Reset output go low, and MIDI STOP messages make it go high.
In addition, the A-190 allows for portamento (glide) and pitch-bend, and provides a software LFO. These functions can all be switched on and off or altered by MIDI controllers. All control parameters can be saved in non-volatile memory.
The Doepfer A-190 module requires +5v power. When using it in a Doepfer case, an A-100 AD5 +5v adaptor board is required."
"Module A-190 is a MIDI-CV/SYNC Interface, with which you can control any A-100 Module which has CV and gate/trigger input sockets by MIDI. The A-190 has two Digital-to-Analogue converters (DAC for short), which put out control voltages from 0 V to +5 V, so that you can control not just the pitch, but also another voltage-controllable parameter on the A-100. DAC 1 is 'hard-wired' to receive MIDI note messages and convert them into control voltages available at CV output socket CV 1. The DAC has 12-bit resolution, which gives excellent tuning resolution (in steps of 1/4096th). As a rule, DAC 1 will be used to control VCO pitch. DAC 2 can be assigned to your choice of MIDI controller. This DAC has 7-bit resolution (1/128th steps). Its output is available at CV 2, and can be used for voltage control of any suitable module (eg VCF, VCA, etc.).
The A-190 also has a clock output, controlled by MIDI clock. This can be divided down to provide a variety of clock outputs, and enable older sequencers or drum machines to be synced to MIDI. A Reset Output provides control of the A-160 / 161 Clock Divider / Sequencer or can produce MIDI-synchronised gates (for instance on an ADSR). MIDI START or CONTINUE messages make the voltage at the Reset output go low, and MIDI STOP messages make it go high.
In addition, the A-190 allows for portamento (glide) and pitch-bend, and provides a software LFO. These functions can all be switched on and off or altered by MIDI controllers. All control parameters can be saved in non-volatile memory.
The Doepfer A-190 module requires +5v power. When using it in a Doepfer case, an A-100 AD5 +5v adaptor board is required."
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