| The backside of the empty jog
wheel pcb. |
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Pcbfile
updated 2011.07.28 |
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This is the finished jog wheel pcb. We use a jog wheel with 15 pulses
pr. 360° and a push botton. |
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The backside of the empty display pcb. |
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Pcbfile updated 2011.07.28 |
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Take a look at the finished display pcb, which also houses the IR
sensor. We have chosen a blue LCD with white backlight for the tone
control. |
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The backside of the display pcb with components. |
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The backside of the empty main pcb. |
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Pcbfile updated 2011.07.28 |
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The main pcb with components on board. We have chosen to use only
polypropylene capacitors in the sound path, as we think the have the
"best" sound. The tone control is controlled by a 18F452 PIC
microcontroller. |
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User guide in pdf format, showing the menu structure and the operation
of the tone control. |
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User
guide v7 |
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This is what the inside of the finished tone control looks like. We use
an enclosure from the German firm Schaeffer AG. |
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Close up on the flat cable connecting the main pcb and the display pcb. |
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Zoom in on the IR sensor, we have covered the pins with insulation from
some wire. |
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Close up on the assembly of the jog wheel pcb and the display pcb. It is
necessary to place a 3mm nut as the jog wheel axel is short and the LCD
display needs more space from the front plate. |
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The front side of the finished tone control. |
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The back side of the finished tone control. |
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This is what preset no. 2 'Pop' looks like. You can program 8 presets
with our IR datalink and switch between them with a SONY compatible IR
remote. |
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The source files for a blank aluminum enclosure from Schaeffer AG. |
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Alufiles
updated 2011.08.30 |
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The source files for a black aluminum enclosure from Schaeffer AG. |
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Alufiles
updated 2011.08.30 |
