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Doepfer A-156
Doepfer ยท Various Modules

Doepfer A-156

ยฃ113.90
Fair Value
1 stores tracked
Buy Signal
Fair Value
Price near historical average โ€” neutral outlook
Confidence: 50/100
RSI (14)
โ€”
Need 15+ data points
Volatility (ann.)
โ€”
Need more data
30d Momentum
โ€”
Need 30+ data points
Price Position
โ€”
No 90d range data
EMA 20
โ€”
EMA 50
โ€”
Need 50+ data points
90d Low / High
ยฃ114
High: ยฃ113.90
30d Forecast
โ€”
โ†’ Stable
Store Intelligence
โ˜…ThomannThomann
ยฃ113.90
Buy
Price spread: ยฃ0.00 across 1 stores
โ—ˆ AI Recommendation EngineRule-based ยท v1
Fair Value
Price near historical average โ€” neutral outlook
Confidence: 50%
Reasons to Buy
โœ“Near 90-day low โ€” historically optimal entry point
โœ“Detailed product specifications available โ€” transparent product information
Risks / Watch Out
โœ—Currently at or above the 90-day average price
โœ—Only 1 store carrying this product โ€” limited price competition
Product Fundamentals
  • Doepfer A-156
  • Dual Quantiser@+The A-156 Module is a dual control voltage quantiser. A quantiser converts a continuous input control voltage in the range of 0 ... 10V into a stepped output voltage in the same voltage range. The possible steps in the A-156 are not restricted to the usual half-tone grid (ie gradation in 1 / 12V steps) but also allows other scales of the grid such as the major scale, minor scale, major chord
  • Minor chord, fundamental fifth and the inclusion of sixth or seventh in the chords. The voltage values at the input are only converted into discrete voltages at the output, which meet the selection criterion for the permissible voltage grid (for example a minor seventh chord). The operating mode for Quantiser 1 is set with 3 tilt switches with center position. The Quantiser 2 is fixed to the half-tone grid. @+@+For each of the two Quantisers there is a control input (CV In), a control output (CV Out), a trigger input (trig in) and a trigger output (trig. Out). If no signal is present at the trigger input (socket open), the quantisation is carried out continuously. If, however, a square-wave signal is applied there (from an LFO or the MIDI-SYNC interface for example), the quantisation is always performed only at the rising edge of the trigger signal. The quantisation process can thus be synchronised with other processes on demand. At the trigger output, a pulse appears whenever a quantisation (or a step change in the output voltage) occurs. For example, an envelope generator (ADSR) can be started.@+@+In addition, the module has a common transpose input, which can be added to both quantisers and is quantised in a halftone grid. A typical application for this is to transpose a quantized sequence (generated by the A-155) with a second control voltage (from the MIDI CV interface for the example).
  • Quantisation of a tone sequence from the A-155 into a fixed grid (halftones, only major scale, minor scale only)
  • Quantise the control voltage of a Trautonium manual A-198
  • Theremin A-178 or Light-to-CV module A-179 to get always half-tones, scales, or chord sounds
  • Arpeggio-like sound sequences with LFO
  • Random
  • Noise
  • ADSR etc. as input voltage
  • Euro Rack Module
  • Bi-directional control voltage quantiser
  • Converts continuous input voltage into step output voltage
  • Euro rack format
  • Width: 8 HP
  • Depth: 55 mm
  • Power consumption: +50 mA (+ 12V)/ -10 mA (-12V)
GearDeals Intelligence ยท Data from 1 historical price points ยท Analysis is informational only, not financial advice