Solid state imaging device, imaging device, and electronic device for control of color and luminance resolutions

A solid state imaging device, comprising:

• luminance pixels that detect light containing luminance as a main component;
• first pixels that detect light having a first wavelength;
• second pixels that detect light having a second wavelength;
• and
• third pixels that detect light having a third wavelength,
• wherein the luminance pixels, the first pixels, the second pixels, and the third pixels are arranged such that a pixel number ratio of the luminance pixels, the first pixels, the second pixels, and the third pixels becomes 7:3:3:3, and
• wherein the second pixels and third pixels are further arranged to uniformly surround lost positions of the second pixels and third pixels, respectively.

An imaging device, comprising:

• luminance pixels that detect light containing luminance as a main component;
• first pixels that detect light having a first wavelength;
• second pixels that detect light having a second wavelength;
• and
• third pixels that detect light having a third wavelength,
• wherein the luminance pixels, the first pixels, the second pixels, and the third pixels are arranged such that a pixel number ratio of the luminance pixels, the first pixels, the second pixels, and the third pixels becomes 6:4:3:3, and
• wherein the second pixels and third pixels are further arranged to uniformly surround lost positions of the second pixels and third pixels, respectively.

An electronic device, comprising:

• luminance pixels that detect light containing luminance as a main component;
• first pixels that detect light having a first wavelength;
• second pixels that detect light having a second wavelength;
• and
• third pixels that detect light having a third wavelength,
• wherein the luminance pixels, the first pixels, the second pixels, and the third pixels are arranged such that a pixel number ratio of the luminance pixels, the first pixels, the second pixels, and the third pixels becomes 6:4:3:3, and
• wherein the second pixels and third pixels are further arranged to uniformly surround lost positions of the second pixels and third pixels, respectively.

An imaging device, comprising:

• luminance pixels that detect light containing luminance as a main component;
• first pixels that detect light having a first wavelength;
• second pixels that detect light having a second wavelength;
• and
• third pixels that detect light having a third wavelength,
• wherein the luminance pixels, the first pixels, the second pixels, and the third pixels are arranged such that a pixel number ratio of the luminance pixels, the first pixels, the second pixels, and the third pixels becomes 7:3:3:3, and
• wherein the second pixels and third pixels are further arranged to uniformly surround lost positions of the second pixels and third pixels, respectively.

An electronic device, comprising:

• luminance pixels that detect light containing luminance as a main component;
• first pixels that detect light having a first wavelength;
• second pixels that detect light having a second wavelength;
• and
• third pixels that detect light having a third wavelength,
• wherein the luminance pixels, the first pixels, the second pixels, and the third pixels are arranged such that a pixel number ratio of the luminance pixels, the first pixels, the second pixels, and the third pixels becomes 7:3:3:3, and
• wherein the second pixels and third pixels are further arranged to uniformly surround lost positions of the second pixels and third pixels, respectively.