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TESTING EXTERNAL CLOCK:

Flip the CLOCK SWITCH into the “UP” position. Using an external 
clock source, the Sequence 8 can go a bit into audio range 
(somewhere above 1kHz). Test this by plugging in an external clock 
source or square wave from an LFO and run it into the CLK IN jack on 
the Sequence 8. 

Monitor the CLK OUT and turn the LFO /Oscillator / Clock Generator 
up as high as you can and you should hear an audio pitch. Now 
monitor one of the CV Outputs and make sure its Attenuator is set fully 
clockwise. Set some step knobs up the right way and you get some 
crude wave shaping sounds! Now

 

flip the CLOCK SWITCH into the 

“DOWN” position.

TESTING RANDOM:

While the Sequence 8 is running on its internal clock, flip the 
RANDOM switch into the “UP” position. Slowly rotate the RNDRATE 
(Random Rate) knob clockwise until you will notice the (via the LEDs 
on the front panel) the sequence start to move around randomly. This 
random behavior acts subtly at lower settings and will great faster as 
the knob is rotated clockwise. NOTE: This does not effect the CLOCK 
OUT. Now flip the RANDOM switch to the “DOWN” position.

TESTING RESET:

While the Sequence 8 is running on its internal clock, press the red 
RESET switch and you should notice the sequence resetting back to 

Step 1
Now plug in a cable into the RESET output and plug the other end into 
Step 2’s Reset input. The sequence should be holding on Step 1. 
When you plug into Step 3’s Reset input, it should be holding on Step 
2. Step 4’s Reset input should

 

hold on Step 3. Step 5’s Reset input 

should

 

hold on Step 4. Step 6’s Reset input should

 

hold on Step 5. 

Step 7’s input should hold on Step 6. Step 8’s Reset input should hold 
on Step 7.

Summary of Contents for SEQUENCE 8

Page 1: ...le into the Sequence 8 s CV 1 Output and plug the other end of the cable into the 1V Oct Input on an Oscillator and make sure to monitor the output of the oscillator Since all 8 of the sequence knobs are rotated fully counter clockwise and the CV 1 input is set fully counter clockwise you should get a stable tone out of your Oscillator Rotate Step 1 s knob fully clockwise and leave the CV 1 attenu...

Page 2: ...ps 3 through 8 You should be able to confirm that all 8 steps can pass a minimum of 0 volts to a maximum of 5 volts and that all 3 CV Output Attenuators are working correctly Now Flip the HOLD HARD switch into the DOWN position TESTING CLOCK IN CLOCK OUT TESTING INTERNAL CLOCK Slowly rotate the RATE C Course knob until you notice the pattern going quite fast Now rotate the RATE F Fine knob from fu...

Page 3: ... UP position Slowly rotate the RNDRATE Random Rate knob clockwise until you will notice the via the LEDs on the front panel the sequence start to move around randomly This random behavior acts subtly at lower settings and will great faster as the knob is rotated clockwise NOTE This does not effect the CLOCK OUT Now flip the RANDOM switch to the DOWN position TESTING RESET While the Sequence 8 is r...

Page 4: ...ence 8 is working correctly If not go back through your soldering and double check your connections If you need more assistance utilize Synthroteks troubleshooting guide or reach out to us via our contact page and maybe we can point you in the right direction ...

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