Imaging device with switchable filters and electronic device having the imaging device

An electronic device comprising:

• an imaging device, the imaging device comprising:
• a housing comprising a base and a cover opposite to the base, a sliding cavity formed between the base and the cover, the housing further comprising a light through hole penetrating the base and the cover, the light through hole communicating with the sliding cavity;
• a switching mechanism slidably received in the sliding cavity, the switching mechanism comprising a first filter and a second filter configured to transmit light of different wavelengths;
• a driving mechanism connected to the switching mechanism, the driving mechanism configured to drive the switching mechanism to slide relative to the light through hole, so that one of the first filter and the second filter covers the light through hole;
• an imaging mechanism arranging on a side of the housing and facing the light through hole, the imaging mechanism configured to collect light transmitted through the light through hole and converting the light into an electrical signal;
• and
• a flexible printed circuit board arranging on a side of the imaging mechanism away from the housing and electrically connected to the imaging mechanism and the driving mechanism, the flexible printed circuit board comprising a first mounting surface facing the housing, and the imaging mechanism is integrated on the first mounting surface;
• wherein the driving mechanism comprises an operation piece, a magnet, a yoke iron and a coil, an end of the operation piece is movably connected to the switching mechanism, and the other end of the operation piece is connected to the magnet, the magnet is rotatably connected to the housing, and the operation piece is configured to drive the switching mechanism to slide relative to the light through hole, two ends of the yoke iron are respectively bent and extended symmetrically to form a first excitation part and a second excitation part, the magnet is located between the first excitation part and the second excitation part, and the coil is wound around the yoke iron and electrically connected to the flexible printed circuit board, and the flexible printed circuit board is configured to control directions of electric currents in the coil, thereby controlling the magnet to rotate clockwise or counterclockwise.