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Pittsburgh
Time Runner Logic Pattern Generator - 12HP

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Item: N13-3142

Availability: Out of stock

$259.00
Time Runner Logic Pattern Generator - 12HP

Pittsburgh Modular Time Runner Logic Pattern Generator

Pittsburgh Modular’s Time Runner module is a programmable pattern generator and analog clock divider. Users can patch a single clock source into the module, which is then divided into four channels with variable outputs based on several parameters (like the relationship between the clock source, clock divider, and a slew of manual and voltage controllable options). The results are both complex and very musical.

Time Runner Logic Pattern Generator Features

 

  • Clock RATE - Sets the rate of the clock LFO.
  • SQR OUT - Square wave output of clock LFO.
  • SQR OUT - Square wave output of clock LFO.
  • INTERNAL CLOCK LED - Shows the logic state of the internal input.
  • SEED LOGIC LED - Shows the logic state of the seed input.
  • EXTERNAL CLOCK LED - Shows the logic state of the external input.
  • CLOCK IN - Replaces the internal LFO as the clock source.
  • RESET IN - Resets the internal clock divider.
  • Channel 1 Controls:SEED IN - Gate input used to set the logic state of Channel 1 Seed. If not patched, Channel 1 seed logic state is always high.
  • LOGIC SELECTOR SWITCH - Selects the logic sent to the output jack of Channel 1.
  • LOGIC IN GATE INPUT - Active when Logic Selector Switch is set to AND, the Logic In Gate Input determines the logic sent to the output of Channel 1. If the Gate input is high, logic is set to AND. if Gate input is low, logic is set to XOR.
  • SELECTED LOGIC LED - Yellow LED used to show the active logic state for channel 1. On represents AND, off represents XOR.

 


Channel 1 Controls:

 

  • SEED IN - Gate input used to set the logic state of Channel 1 Seed. If not patched, Channel 1 seed logic state is always high.
  • LOGIC SELECTOR SWITCH - Selects the logic sent to the output jack of Channel 1.
  • LOGIC IN GATE INPUT - Active when Logic Selector Switch is set to AND, the Logic In Gate Input determines the logic sent to the output of Channel 1. If the Gate input is high, logic is set to AND. if Gate input is low, logic is set to XOR.
  • SELECTED LOGIC LED - Yellow LED used to show the active logic state for channel 1. On represents AND, off represents XOR. 

 

Channel 2 Controls:

 

  • CHANNEL SEED SWITCH - Selects the logic from Channel 1 used as the seed input of Channel 2.
  • LOGIC SELECTOR SWITCH - Selects the logic sent to the output jack of Channel 2.
  • LOGIC IN GATE INPUT - Active when Logic Selector Switch is set to AND, the Logic In Gate Input determines the logic sent to the output of Channel 2. If the Gate input is high, logic is set to AND. if Gate input is low, logic is set to XOR.
  • SELECTED LOGIC LED - Yellow LED used to show the active logic state for channel 2. On represents AND, off represents XOR.

 

Channel 3 Controls:

 

  • CHANNEL SEED SWITCH - Selects the logic from Channel 2 used as the seed input of Channel 3.
  • LOGIC SELECTOR SWITCH - Selects the logic sent to the output jack of Channel 3.
  • LOGIC IN GATE INPUT - Active when Logic Selector Switch is set to AND, the Logic In Gate Input determines the logic sent to the output of Channel 3. If the Gate input is high, logic is set to AND. if Gate input is low, logic is set to XOR.
  • SELECTED LOGIC LED - Yellow LED used to show the active logic state for channel 3. On represents AND, off represents XOR.

 

Channel 4 Controls:

  • CHANNEL SEED SWITCH - Selects the logic from Channel 3 used as the seed input of Channel 4.
  • LOGIC SELECTOR SWITCH - Selects the logic sent to the output jack of Channel 4.
  • LOGIC IN GATE INPUT - Active when Logic Selector Switch is set to AND, the Logic In Gate Input determines the logic sent to the output of Channel 4. If the Gate input is high, logic is set to AND. if Gate input is low, logic is set to XOR.
  • SELECTED LOGIC LED - Yellow LED used to show the active logic state for channel 4. On represents AND, off represents XOR.

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  • Size: 12hp
  • Module depth with ribbon cable attached: 36.5mm
  • Power Usage: 45mA

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