Divide & Conquer

from $10.00

Description/Usage

8hp

This is a clock divider module containing 4 different dividers:

  1. /2, /4, /8, /16, /32, /64, /128, /256

  2. /1.5, /3

  3. /2.5, /5

  4. /3.5, /7

All sections will run off a signal patched into section 1.

The module can be patch-programmed to obtain other divisions. For example; patch output /2 into section 4 to get divide by 14 from the /7 output. The circuit is CMOS based and contains no microprocessors.

This module is intended to be a companion module for the Bindubba Sequencer. Yes, the first run of panels has an invisible '64'. 

Assembled modules are built to order. They will be ready to ship within 1 week of ordering, usually I manage it in 1-2 days.

DIY

  1. Build guide / BOM (pdf)

  2. Panel Template

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Description/Usage

8hp

This is a clock divider module containing 4 different dividers:

  1. /2, /4, /8, /16, /32, /64, /128, /256

  2. /1.5, /3

  3. /2.5, /5

  4. /3.5, /7

All sections will run off a signal patched into section 1.

The module can be patch-programmed to obtain other divisions. For example; patch output /2 into section 4 to get divide by 14 from the /7 output. The circuit is CMOS based and contains no microprocessors.

This module is intended to be a companion module for the Bindubba Sequencer. Yes, the first run of panels has an invisible '64'. 

Assembled modules are built to order. They will be ready to ship within 1 week of ordering, usually I manage it in 1-2 days.

DIY

  1. Build guide / BOM (pdf)

  2. Panel Template

Description/Usage

8hp

This is a clock divider module containing 4 different dividers:

  1. /2, /4, /8, /16, /32, /64, /128, /256

  2. /1.5, /3

  3. /2.5, /5

  4. /3.5, /7

All sections will run off a signal patched into section 1.

The module can be patch-programmed to obtain other divisions. For example; patch output /2 into section 4 to get divide by 14 from the /7 output. The circuit is CMOS based and contains no microprocessors.

This module is intended to be a companion module for the Bindubba Sequencer. Yes, the first run of panels has an invisible '64'. 

Assembled modules are built to order. They will be ready to ship within 1 week of ordering, usually I manage it in 1-2 days.

DIY

  1. Build guide / BOM (pdf)

  2. Panel Template