6.
Remove all patches and connections so that the panel is clear. Now connect and set:
- the SAW to the LPF IN
- the LPF OUT to the MIXER IN (you can choose any channel)
- Connect the MIXER OUT to a monitor
- Adjust:
OSCILLATOR TUNE and FINE at 50%
LPF CUT at max
LPF RES at min
MIXER IN (all channels) at max
MIXER LVL at max
and observe the change of the pitch.
- Play with the CUT and RESON controls and observe the changes.
- Use all MIXER channels and make sure the signal passes through.
- Play with the MIXER level and make sure it works. Please note that at 50% knob travel, the mixer
level is almost off and at 0% the signal is inverted.
7.
Remove the SAW from the LPF IN and the LPF OUT from the MIXER IN.
Now connect and set:
- SAW to 12DB IN (any channel)
- 12DB LP to the monitor
- Adjust:
OSCILLATOR TUNE and FINE at 50%
12DB CUT at max
12DB RES at min
Observe the SAW signal.
- Play with the CUT and RESON controls and observe the changes.
- Use all 12DB IN channels and make sure that the signal passes through.
- Also connect the monitor to the BP and HP. Play with the CUT and RESON controls again and
make sure that the signal passes through.
8.
Disconnect the monitor from the 12DB. Now connect:
- 12DB LP to ECHO IN
- ECHO OUT to a monitor
- Adjust the ECHO FEED, TIME and MIX at 50%
Observe the sound and move the CUT slider from max to min, so that the echo can be easily heard.
9.
Remove all patch cables. Now connect:
- OSCILLATOR SQU to a monitor
- LFO OUT to OSCILLATOR PW
- Adjust the TUNE and FINE at 50%
- LFO RATE at 50%
- LFO LVL at max
Observe the PWM modulation of the square wave.
10.
Remove all patch cables and now connect:
- OSCILLATOR SQU to VCA (1) IN (any channel)
- VCA (1) OUT to a monitor
- LFO OUT to VCA (1) CV
- LFO RATE at 50%
- LFO LVL at max
Observe the signal open and closing at the LFO rate.
- Check both IN channels on the VCA (1)
11.
Remove all patch cables and now connect:
- OSCILLATOR SQU to VCA (2) IN
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