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Again I have chosen the "construction kit" approach for this project. There is more than one way to assemble it, depending on available parts or needs. SPDT switches can be used to make a basic but adequate gate sequencer. SPDT Center Off switches can be used instead to produce something with 1/2 step resolution assuming a square wave clock is used. Note that these 1/2 steps are fixed at the beginning of each step cycle. See the timing diagrams below for an example.
While untested, the module should work on 12 volts.
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* If you plan to cascade these units, it is a good idea to provide a second jack connected to the Clock input to allow easy cascading.
* A 10 to 22 ohm resistor can be used instead of the ferrite bead. If you don't care about power-rail noise, just use a link instead.
== CC-BY-NC ==
Readers are permitted to construct these circuits for their own personal use only. Ken Stone retains all rights to his work.
== See also ==
* The above is superseded by the [[CGS gate sequencer|CGS89 Gate Sequencer]].
* The [[CGS gate sequencer CV adapter|CGS42 gate sequencer CV adapter]] allows the CGS gate sequencer to be adapted into a regular eight-step sequencer.
* [[CGS gate sequencer (obsolete, previous version)]]
* [[CatGirl_Synth#The_CGS_modules|The CGS modules]]
* [[CGS parts FAQ]]
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== References ==
* ''[https://web.archive.org/web/
== External links ==
[[Category:CGS clock/gate/trigger processors]]
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