background image

The following steps make it easy to connect your programmer to the SigmaStudio development tool, 
and then your programmer to your KABD amplifier.  The steps require a basic knowledge of computer 
operation, but if the steps are followed closely, it is not too complicated. Please 

complete these steps in 

this order

 for consistent connection. Refer to the graphic above  

Note:

 Sigma Studio connection 

requires a Windows PC and an ICP1 or KPX programming board.

  

1.

 

Download and install the most recent version of SigmaStudio to your system for free.

 

2.

 

Make sure your ICP1 or KPX is disconnected from USB and from your KABD amplifier before 
starting, to ensure the proper steps are taken. 

3.

 

Open an example project from downloadable from the Parts Express product page for the KABD-
250 or KABD-230.

 

4.

 

If starting a project from scratch (not recommended), open a new project in SigmaStudio by 
pressing File->New Project. We recommend using an example project and modifying it for your 
needs at least for the first time you re-program a KABD amplifier to make sure everything is 
working correctly. 

5.

 

Ensure that your ICP1 or KPX is 

not 

yet connected to the KABD. Set the switches on your ICP1 or 

KPX appropriately for programming the KABD. 

 

a.

 

KPX

 

 Set the switches on your KPX 

are set to “USBi” and “IIC” for proper programming 

with the KABD.

 

b.

 

ICP1

 

 Set the only 

switch on your ICP1 to “PROGRAM” mode

 

 

 

6.

 

Plug an appropriate USB cable into your programmer (micro USB cable for ICP1, USB C cable for 
KPX) into the PC running SigmaStudio, and then connect that USB cable to your programmer. Do 
not connect the 6-pin cable into your programmer until after you have connected the USB cable. 

 

7.

 

If all is correct, you will see the USB block turn green, like below.

 

 

a.

 

Note that this block turning green means that SigmaStudio recognizes your 
programmer, 

it does not indicate that SigmaStudio can communicate with your KABD

 

amplifier yet.  

b.

 

If the connection is not successful (the block stays orange),

 

i.

 

Disconnect all cables from the KPX / ICP1 (6-pin cable, 4-pin cable), and then 
plug in the USB cable to the KPX / ICP1. 

 

ii.

 

it is important to try a different USB cable, even if 

it’s a “good cable”.

 Many USB 

cables endure a lot of abuse from charging devices, and although they might still 
provide power, they might have issues transferring data. Some micro USB cables 
might not have been wired internally to transfer data at all, and only have 
power wires internally.

 

Summary of Contents for KABD Series

Page 1: ...tentiometers but to unlock the full potential of your amplifier attach an ICP1 or KPX programming board to program your KABD amplifier with the SigmaStudio development tool from Analog Devices This al...

Page 2: ...nection Quick Start 13 Default Register Configuration in SigmaStudio 16 Writing to E2Prom Burning Custom SigmaStudio Programs to Non Volatile Memory 17 Example Projects for the KABD 250 and KABD 230 1...

Page 3: ...s for up to 4 x 100 Watts of DSP and amplification Configurable as 4x100W 2x100W 1x200W or 2x200W This amplifier can also be cascaded with a second KABD 4100 for up to 8 channels of amplification 4 Be...

Page 4: ...erything is the same on the KABD 230 The KABD 230 does not have a circular black heatsink like the KABD 250 The location of the port name on the image below represents where pin 1 of that port is J9 i...

Page 5: ...manual is for the 2 channel KABD amplifiers which are the KABD 250 2 x 50 Watt and KABD 230 2 x 30 Watt Power Supplies DC Power The KABD 250 230 can be powered via J8 a DC power supply from 12 24V wit...

Page 6: ...apable of 4 channels of analog output with DSP applied 2 of these channels are connected to the amplifier chip DAC0 and DAC1 in SigmaStudio and the extra 2 channels can be accessed as a line level out...

Page 7: ...ards include a battery charging circuit on the amplifier itself thus the battery boards do not need to contain a charging circuit but the KABD series need this circuit on the battery board itself c Co...

Page 8: ...ttached to the KABD when the KABD was turned on detach it and reboot your KABD a Unpair and repair the KABD Bluetooth connection to your phone or other source device 5 Signal BT LED Connection Optiona...

Page 9: ...l notice this port has 3 pins but we only use 2 pins with the extra pin being mute This port could be used to sync the standby mute of the KABD amp with another Dayton Audio amplifier but we do not ne...

Page 10: ...ll DSP algorithms to these outputs via SigmaStudio For example you could wire an RCA jack to this output and use it as a line level DSP d sub out and connect your project to a powered subwoofer You co...

Page 11: ...O Debounce as seen on the next page Out of the box each KABD amplifier is pre programmed for the potentiomers to have some basic functions however there are numerous example projects for most other us...

Page 12: ...t from Dayton Audio that you use will already have this preconfigured Using the Potentiometer Ports for Connecting Buttons or Switches The 4 potentiometer ports on the boards are optimized for potenti...

Page 13: ...ter programming it can be removed and used to program as many other KABD amplifier boards as needed Note that a comprehensive SigmaStudio Programming Guide for the whole KABD series is available where...

Page 14: ...r KPX is not yet connected to the KABD Set the switches on your ICP1 or KPX appropriately for programming the KABD a KPX Set the switches on your KPX are set to USBi and IIC for proper programming wit...

Page 15: ...fail to program and function The KABD needs to be connected to its own power source for proper programming 9 Plug the 6 pin connector on the ICP1 or KPX programmer to the 6 pin programming port on th...

Page 16: ...other section MP2 MP3 MP8 and MP9 need to be set to ADC for usage with potentiometers These could be set up as Input GPIO debounce if using buttons or switches If using an example project for the KABD...

Page 17: ...e custom SigmaStudio project that is burned See the project pack for original firmware for the KABD 250 or KABD 230 1 This guide assumes that you have successfully re programmed your board with a cust...

Page 18: ...ogram should now be written to E2PROM after it finishes programming This means you can remove your programmer from the KABD and your program should remain programmed on the board after power cycling t...

Page 19: ...the sound of your speaker For example more treble might be desired if a portable speaker is placed on the ground away from ear level or in an outdoor environment However if this same speaker is place...

Page 20: ...ternal potentiometers and plug and play wiring harnesses bring incredible customization possibilities Utilizing the DSP in a commercial environment can be beneficial in many ways For example if we wan...

Page 21: ...the fly tone control with potentiometers on the fly preset switching 2 way speaker projects 3 way projects and so much more daytonaudio com topic KABD SigmaStudio Programming Guide Look for the SigmaS...

Page 22: ...KABD 250 Specifications Electrical Specifications Specifications typical 25 C powered by 24V DC unless otherwise noted Audio Specifications...

Page 23: ...KABD 230 Specifications Electrical Specifications Audio Specifications...

Reviews: