A light emitting device configured to be driven by an alternate current, AC, having positive and negative half wave periods, the light emitting device, comprising: - a lead frame, - at least one first LED chip (52, 77) formed on the lead frame; and - a compensation circuit; characterized in that - the compensation circuit comprises a plurality of second LED chips (53, 71-75) arranged as a bridge rectifier circuit on the lead frame and electrically connected to the first LED chip (52, 77) in series, wherein the plurality of second LED chips (53, 71-75) is separated from the at least one first LED chip (52, 77); - the at least one first LED chip (52, 77) is made of GaN and is configured to emit a light emission wavelength of a first blue wave band within 455nm and 460nm and the plurality of second LED chips (53, 71-75) is configured to emit a light emission wavelength of a second blue wave band within 490nm and 510nm; - the light emitting device further comprising: - a YAG phosphor powder, a silicate-based phosphor powder and a silicon encapsulation material mixed uniformly and packed onto the at least one first LED chip (52, 77) and the plurality of second LED chips (52, 71-75) and the lead frame, - wherein the YAG phosphor powder is configured to absorb a portion of light of the first blue wave band emitted from the at least one first LED chips (52, 77) and to emit a light with a wavelength of a green wave band within 550nm and 570nm, - wherein the silicate-based phosphor powder is configured to absorb a light of the second blue wave band emitted from the plurality of second LED chips (53, 71-75) and to emit a light with a wavelength of a red wave band within 620nm to 650nm, - wherein a white light emitting device with a color rendering compensation effect is achieved by mixing the wavelengths of the first blue wave band and the second blue wave band, the green wave band and the red wave band. - a lead frame, - at least one first LED chip (52, 77) formed on the lead frame; and - a compensation circuit; - the compensation circuit comprises a plurality of second LED chips (53, 71-75) arranged as a bridge rectifier circuit on the lead frame and electrically connected to the first LED chip (52, 77) in series, wherein the plurality of second LED chips (53, 71-75) is separated from the at least one first LED chip (52, 77); - the at least one first LED chip (52, 77) is made of GaN and is configured to emit a light emission wavelength of a first blue wave band within 455nm and 460nm and the plurality of second LED chips (53, 71-75) is configured to emit a light emission wavelength of a second blue wave band within 490nm and 510nm; - the light emitting device further comprising: - a YAG phosphor powder, a silicate-based phosphor powder and a silicon encapsulation material mixed uniformly and packed onto the at least one first LED chip (52, 77) and the plurality of second LED chips (52, 71-75) and the lead frame, - wherein the YAG phosphor powder is configured to absorb a portion of light of the first blue wave band emitted from the at least one first LED chips (52, 77) and to emit a light with a wavelength of a green wave band within 550nm and 570nm, - wherein the silicate-based phosphor powder is configured to absorb a light of the second blue wave band emitted from the plurality of second LED chips (53, 71-75) and to emit a light with a wavelength of a red wave band within 620nm to 650nm, - a YAG phosphor powder, a silicate-based phosphor powder and a silicon encapsulation material mixed uniformly and packed onto the at least one first LED chip (52, 77) and the plurality of second LED chips (52, 71-75) and the lead frame, - wherein the YAG phosphor powder is configured to absorb a portion of light of the first blue wave band emitted from the at least one first LED chips (52, 77) and to emit a light with a wavelength of a green wave band within 550nm and 570nm, - wherein the silicate-based phosphor powder is configured to absorb a light of the second blue wave band emitted from the plurality of second LED chips (53, 71-75) and to emit a light with a wavelength of a red wave band within 620nm to 650nm, - wherein a white light emitting device with a color rendering compensation effect is achieved by mixing the wavelengths of the first blue wave band and the second blue wave band, the green wave band and the red wave band.