| 摘要 |
The present disclosure is related to modular audio system using a resonant electronic module for heating applications by magnetic induction, which comprises a reproduction module intended to reproduce an electronic file and generating a low power sinusoidal signal that feeds an amplifying module; an amplifying module which is interconnected to the reproduction module to a plurality of loudspeakers, and/or to at least one resonant electronic module, where said amplifying module is responsible of amplifying the output low power sinusoidal signal derived from the reproduction module and generating a high power output sinusoidal signal, feeding the plurality of loudspeakers and/or the electronic resonant module; a plurality of loudspeakers which are interconnected to the amplifying module and is responsible for converting the high power output sinusoidal signal in acoustic signals; a power supply, responsible of providing electrical energy to the amplifying module; and at least a resonant electronic module which interconnects the amplifier module instead of a loudspeaker of the plurality of loudspeakers, receiving a high power output sinusoidal signal generating electromagnetic waves to perform heating metal tasks by magnetic induction. Also disclosed is a method to follow to perform any magnetic induction heating task of any kind of ferromagnetic metal using the resonant electronic module connected to an audio modular system with a known maximum power and frequency response with also known bandwidth. |
