Opis

Here are the most important features of the planned module:
    triangle core
    fully analog design
    min. 15 octaves pitch range (typ. 0.5Hz - 20kHz in VCO mode / 0.001Hz - 40Hz in LFO mode)
    perfect 1V/octave tracking over min. 10 octaves (typ. 20Hz - 20kHz)
        exponential frequency controls and inputs:
Tune (about +/- 1 octave range)
Fine (about +/- 1 semitone range)
Octave (range switch with 6 positions)
1V/octave CV input
XFM input with attenuator
access to internal bus CV (via jumper, optional, please remove the bus jumper if this feature is not used to avoid unwanted frequency modulation as then the unused CV line of the bus works as a kind of antenna)
linear frequency controls and inputs:
LF (manual linear frequency control: fully CW = standard setting for usual VCO applications, fully CCW: close to 0Hz frequency)
works also as a kind of range control for the exponential section
LFM input with attenuator, DC coupled
    Pulsewidth controls and inputs (for rectangle output):
        PW (manual pulsewidth control from 0%/output = fixed at "low" state up to 100% / output fixed at "high" state)
        PWM input with attenuator
    Hard Sync input
    Soft Sync input
Waveform outputs:
        Sawtooth
        Rectangle (controlled from pulsewidth section)
        Triangle
        Sine
    Range switch to select VCO/VCLFO mode, frequency relation between VCO mode and LFO mode about 1:500
    dual color LED display (to display low frequencies below ~ 25 Hz)
    Nearly "perfect" waveforms (no glitches)
    high end triangle to sine converter with excellent sine waveshape (thank's to Tim Stinchcombe who recommended this circuit)
    the micro precision VCO A-111-3 uses the same VCO core as the A-111-2, but has less inputs, outputs and controls
Width: 14TE / 14HP / 70.8 mm
Depth: 55 mm (gemessen ab der Rückseite der Frontplatte / measured from the rear side of the front panel)
Current: +70mA (+12V) / -50mA (-12V)