Here's a video look at what causes the severe clicking and popping in the Monotribe, as well as a couple of things you can do to eliminate them.
BTW, I'm designing an internally-mounted board for the Monotribe which will include the following features:
Click/pop noise suppression caps shown in this video
Individual drum decay/gain circuitry I posted about previously
Amplified outputs for HH, snare, BD, and full rhythm section
Trigger outputs for HH, snare, and BD
1V/Oct CV Out (+4V range) w/adjustable offset
Gate Out (not Sync)
EG to Rhythm volume
EG/VCO2 select for VCA
3 new inputs to the VCF:
1) VCO2 - with following controls
a) LFO/Normal Range
b) Triangle/Square output
c) VCO1 CV on/off with +4 octaves tracking
d) Coarse/Fine Tune
e) Hard/Soft VCO1 Sync w/intensity
f) Volume
2) Sub-oscillator - with following controls
a) VCO1/VCO2 input
b) -1/-2 Oct select
c) Volume
3) Pulse width modulator - with following controls
a) VCO1/VCO2 input
b) VCO1/VCO2/EG modulation input
c) Inital pulse width
d) Modulation intensity
e) Volume
There will also be boards for the mounting of the switches/pots/jacks along the top/sides - although the control board can be used with your own placement of pots, etc.
The boards are being designed for 4 Monotribes belonging to a client, but there will be spares - so I'll post info here when finished. Anyone interested can pick up a set of the spare boards for a reasonable price.
BTW, I'm designing an internally-mounted board for the Monotribe which will include the following features:
Click/pop noise suppression caps shown in this video
Individual drum decay/gain circuitry I posted about previously
Amplified outputs for HH, snare, BD, and full rhythm section
Trigger outputs for HH, snare, and BD
1V/Oct CV Out (+4V range) w/adjustable offset
Gate Out (not Sync)
EG to Rhythm volume
EG/VCO2 select for VCA
3 new inputs to the VCF:
1) VCO2 - with following controls
a) LFO/Normal Range
b) Triangle/Square output
c) VCO1 CV on/off with +4 octaves tracking
d) Coarse/Fine Tune
e) Hard/Soft VCO1 Sync w/intensity
f) Volume
2) Sub-oscillator - with following controls
a) VCO1/VCO2 input
b) -1/-2 Oct select
c) Volume
3) Pulse width modulator - with following controls
a) VCO1/VCO2 input
b) VCO1/VCO2/EG modulation input
c) Inital pulse width
d) Modulation intensity
e) Volume
There will also be boards for the mounting of the switches/pots/jacks along the top/sides - although the control board can be used with your own placement of pots, etc.
The boards are being designed for 4 Monotribes belonging to a client, but there will be spares - so I'll post info here when finished. Anyone interested can pick up a set of the spare boards for a reasonable price.
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