This is a "quick design" to make surround sound dock for Apple iPod,
iPhone and iPad devices. This audio docking module contains analog
surround sound processor, bass booster and electronic mode switch.
Main components of this surround sound dock are LA2610 - analog surround sound processor and ATTiny13 - 8bit MCU. This unit is design to work with 9V external DC power supply and it can deliver maximum of 2 × 1W audio output power.
In prototyping stage we test this system with couple of Apple iPod and iPad devices with 4inch full range 8Ω speakers. This system can also drive professional headphone through its "Ext. Output" connector. This system need 160mm × 100mm double side PCB and it is specifically design for vertical docking chassis.
This project is an open source hardware project and its design and other related materials are distributed under the terms of Creative Commons - Attribution 3.0 Unported license. Project Firmware source code is distributed under the terms of GNU General Public License 3.0. All the schematics, PCB design and firmware files of this project are available to download at google drive.
Main components of this surround sound dock are LA2610 - analog surround sound processor and ATTiny13 - 8bit MCU. This unit is design to work with 9V external DC power supply and it can deliver maximum of 2 × 1W audio output power.
Printed Circuit Board Design of Surround Sound Dock |
In prototyping stage we test this system with couple of Apple iPod and iPad devices with 4inch full range 8Ω speakers. This system can also drive professional headphone through its "Ext. Output" connector. This system need 160mm × 100mm double side PCB and it is specifically design for vertical docking chassis.
This project is an open source hardware project and its design and other related materials are distributed under the terms of Creative Commons - Attribution 3.0 Unported license. Project Firmware source code is distributed under the terms of GNU General Public License 3.0. All the schematics, PCB design and firmware files of this project are available to download at google drive.
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