An electronic device comprising a movable surface and a device chassis , interconnected by means of a resilient element , a printed wiring board arranged between said movable surface and said device chassis , said printed wiring board being attached to said device chassis , said printed wiring board being the main printed wiring board of said electronic device , wherein the printed wiring board comprises integrated circuits and a voice coil , said voice coil being formed integrally with said printed wiring board , wherein at least one of said integrated circuits is a main processor for the electronic device ; wherein said printed wiring board further comprises a fixed magnet attached to said printed wiring board such that said fixed magnet is superimposed over said voice coil ; and a moveable magnet attached to said movable surface , wherein said printed wiring board and said moveable magnet being adapted for moving said movable surface relative to said device chassis ; wherein said fixed magnet of said printed wiring board and said moveable magnet are arranged such that a magnetic field, generated by said fixed magnet and said moveable magnet , causes an attractive force (F) between said fixed magnet and said moveable magnet , maintaining said fixed magnet and said moveable magnet in a force equilibrium state, and wherein manipulating electrical current in the voice coil of said printed wiring board causes a change in said attractive force (F) thereby causing a displacement between said fixed magnet and said moveable magnet . wherein the electronic device further comprises a first housing and a second housing , said fixed magnet being at least partially located within said first housing , and said moveable magnet being at least partially located within said second housing , wherein said first housing and said second housing limiting said magnetic field to a space within at least one of said first housing and said second housing . a movable surface and a device chassis , interconnected by means of a resilient element , a printed wiring board arranged between said movable surface and said device chassis , said printed wiring board being attached to said device chassis , said printed wiring board being the main printed wiring board of said electronic device , wherein the printed wiring board comprises integrated circuits and a voice coil , said voice coil being formed integrally with said printed wiring board , wherein at least one of said integrated circuits is a main processor for the electronic device ; wherein said printed wiring board further comprises a fixed magnet attached to said printed wiring board such that said fixed magnet is superimposed over said voice coil ; and a moveable magnet attached to said movable surface , wherein said printed wiring board and said moveable magnet being adapted for moving said movable surface relative to said device chassis ; wherein said fixed magnet of said printed wiring board and said moveable magnet are arranged such that a magnetic field, generated by said fixed magnet and said moveable magnet , causes an attractive force (F) between said fixed magnet and said moveable magnet , maintaining said fixed magnet and said moveable magnet in a force equilibrium state, and wherein manipulating electrical current in the voice coil of said printed wiring board causes a change in said attractive force (F) thereby causing a displacement between said fixed magnet and said moveable magnet . wherein the electronic device further comprises a first housing and a second housing , said fixed magnet being at least partially located within said first housing , and said moveable magnet being at least partially located within said second housing , wherein said first housing and said second housing limiting said magnetic field to a space within at least one of said first housing and said second housing . <EOS>