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way, then you might have built the Sequence 8 with unleaded solder, 
which we recommend against doing at the very top of the Assembly 
Instructions.

Flip the HOLD HARD switch into the “UP” position and press

 

the red 

STEP

 

switch

 

to reach Step 1 on the Sequence 8. From your 

Oscillators resting position you should notice the pitch change 5 
octaves as you rotate the CV 1 Attenuator from fully counter clockwise 
to fully clockwise.

Repeat these same steps for the Sequence 8’s CV 2 and CV 3 
Outputs. While you are plugged into the CV 3 Output,

 

press the STEP 

button to advance to Step 2. Rotate the Step 2 knob clockwise and 
confirm that it is also going to 5V. Do this same thing for Steps 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 fully counter 
clockwise to clockwise. You should notice that the RATE F knob will 
make fine adjustments to the internal clock and that the RATE C knob 
makes course adjustments. When both knobs are rotated fully, you 
should see all 8 LEDS for all 8 steps light up. It doesn’t go quite into 
audio range, but it does go pretty fast. 

 

Now hold down the red HOLD 

MOM (Hold Momentary) switch and you should

 

notice (via the LEDs 

on the front panel) the sequence has stopped at one of the 8 steps.

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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