The main application of the module is the control of clocked A-100 modules like sequencers (A-155),  sequencer controllers (A-154), trigger divider (A-160 or A-163), trigger sequencer (A-161) and similar units. It may be used also to reset or sync LFOs (e.g. A-145, A-147-2, A-143-4) or to trigger envelope generators (A-140, A-141-2, A-143-1, A-143-2) with a fixed clock rate.

These are the most important features of this version of the module:

• Midi input (recognizes only Midi realtime messages clock, start, stop and continue)
• USB input for Midi via USB
• Clock outputs:
  • 96: outputs the Midi clock 1:1 (96 pulses per measure/ppm or 24 pulses per quarter note/ppq)
  • 32: outputs the Midi clock divided by 3 (32 pulses per measure/ppm or 8 pulses per quarter note/ppq)
  • 16: outputs the Midi clock divided by 6 (16 pulses per measure/ppm or 4 pulses per quarter note/ppq)
  • 8: outputs the Midi clock divided by 12 (8 pulses per measure/ppm or 2 pulses per quarter note/ppq)
  • 1: outputs a pulse at the start of each measure
• Other outputs:
  • Start: outputs a pulse at each Midi Start or Continue message or generates a gate signal that remains in the high state until a Midi Stop message occurs (selectable via jumper)
  • Stop: outputs a pulse at each Midi Stop message
  • Reset: outputs a pulse at each Midi Start message that follows a Midi Stop message
  • Wait control input, can be selected by means of a jumper between Gate function or Switch function: in Gate mode the positive edge of a gate signal is used to init the Wait state, in Switch mode an external switch that connects to GND is used to init the Wait state (equivalent to Switch-Trigger)
• Wait button / Wait control input: Whenever the Wait button is operated or a positive voltage is applied to the Wait input the module waits for the next measure start until the clock signals are generated. 
• LED displays for clock, "1" and start (display of Start depends upon the chosen Start mode, see above)
• output voltages can be selected between +5V and +12V by means of an internal jumper (for DIN Sync applications +5V has to be used !) 
• firmware updates via USB (provided that there will be updates available)

Technical remarks:

• In case that the inverted version of a signal is required the trigger modifier A-165 may be used.
• An internal jumper is used to define if the Start output generates only a short pulse as soon as a Midi start message is received or if it remains in the high state until a Midi stop signal is received.
  • To control the sequencer modules A-155 or A-154 both versions will work because only the rising edge of the start signal is used.
  • To control DIN SYNC equipment the "long" version of the start signal has to be chosen (i.e. the signal remains high until a stop is recognized) and the output voltage has to be set to +5V ! The +12V setting may destroy units equipped with Sync DIN sockets ! For this application a special cable with two 3.5 mm jack plugs on one side and a DIN5 male connector on the other side has to be made. For details concerning the DIN Sync specification please refer to our FAQ page.
• The meaning of the jumpers is described in this document: A190_8_jumper.pdf