AMT electronics 2019
E
XAMPLES OF THE
CP16A-6F22
MODULE
'
S APPLICATION
.
Example 1. Cabinet simulator as a standalone device
Fig. 7
shows a schematics of a simple Cabinet simulator created on the basis of the module CP16A-6F22.
You can use this Cabinet simulator, together with your floor preamps or drive pedals by placing the CP16A-
6F22 module and several connectors in some metal case. When you use your drive pedals with a Cabinet
simulator on the basis of the module, select the PR function (preamp) in the used preset of the CP16A-6F22
module.
The use of the AMT Pangaea CP16A-6F22 module is not limited to the options we offer, you can develop
your own control scheme with wide functionality (indication, MIDI, footswitches, etc.)
To implement a more functional device based on the CP16A-6F22 module, we recommend that you
familiarize yourself with the Evaluation Board (AMT PANGAEA CP-16M-EB) for the CP-16M module. You can
find a description of the Evaluation Board in the MEDIA section of our official website
https://amtelectronics.com/new/
Example 2. Embedding the module in the battery compartment of the AMT LA2 series preamp (R2)
1. Remove the battery connection terminal by removing the wires from the
preamp board (unsolder).
2. Cut the conductor on the PCB at the OUT Cab.Sim connector see
Fig. 8
3. Solder to the contacts module CP16A-6F22 five wires supplied, observing the
colors
Fig. 9
red to the contact 1 (power)
black to the contact 3 (power common wire)
white to the contact 12 (Input)
green to the contact 19 (OUT R )
grey to the contact 20 (OUT L)
4. Insert the module into the battery compartment, solder the wires to the
appropriate contacts on the preamp PCB.
5. Solder a 330 kOhm resistor
Fig. 8
Fig. 9
Fig. 7
