FLATBED SCANNER

SCANNERS CONVERT DK physical images into electronic form, allowing DK them to be sent over the internet, displayed on a website, stored on a computer, and DK manipulated using specializing software.

scanners work by detecting and analyzing light reflected from an DK opaque image, such as a photographic print, some can also scan photographic transparency.

 

By analyzing the light DK that has passed through the image. flatbed scanner contained a unit, called the scan head, that contains DK a lamp, mirrors, a lens, and an array of CCDs .

 

the carriage passes beneath the image; the lamp shines a light onto or DK through the original; the mirror reflected the light on the lens, which focuses ti on to the CCD array.

Each CCD detects the bright ness of light from a particular pixel DK along a horizontal strip and covers this data into an electrical signal.

For color images, the light DK is usually passed through red green, and blue filters and then directly to the CCD array so DK that it can be broken down into components color.

 

Rewrite

SCANNERS CONVERT DK physical images into electronic form, allowing DK them to be sent over the internet, displayed on a website, stored on a computer, and DK manipulated using specializing software DK.

 

scanners work by detecting  DK and analyzing light reflected  DK from an DK opaque image, such as a photographic print, some can also scan photographic DK transparency.

 

By analyzing the light DK that DKhas passed through the image DK.

flatbed scanner DK contained a unit, called the scan head, that contains DK a lamp, mirrors, a lens, and DK an array of CCDs .

 

the carriage passes DK beneath the image; the lamp shines a light onto or DK through the original; the mirror DK reflected the light on the lens, which focuses ti DK on to the CCD array.

 

Each CCD detects the bright ness of light from a particular pixel DK along a horizontal strip and covers this DK data into an DK electrical signal.

 

For color images, the light DK is usually passed through DK red green, and blue filters and then directly DK to the CCD array so DK that it can be broken down into DK components color.

 

SCANNERS CONVERT DK physical images into electronic form, allowing DK them to be sent over the internet, displayed on a website, stored on a computer, and DK manipulated DK using specializing software.

 

scanners work by detecting and analyzing light reflected DK from an DK opaque image, such as a photographic print, some can also scan photographic transparency.

 

By analyzing the light DK that has passed through the image. flatbed DK scanner contained a unit, called the scan head, that contains DK a lamp, mirrors, a lens, and an array of CCDs .

 

the carriage passes beneath the image; the lamp shines a light DK onto or DK through the original; the mirror reflected the light on the lens, which focuses ti on to the CCD array.

 

Each CCD detects the bright ness of light from a particular pixel DK along DK a horizontal strip and covers this data into an electrical signal.

 

For color DK images, the light DK is usually passed through red green, and blue filters and then directly to the CCD array so DK that it can be broken down into DK components color.

 

Rewrite

 

SCANNERS CONVERT DK physical images into electronic form, allowing DK them to be sent over the internet, displayed on DK a website, stored on a computer, and DK manipulated using specializing software DK.

scanners work by detecting and analyzing light reflected  DK from an DK opaque image, such as a photographic print, some DK can also scan photographic DK transparency.

By analyzing DK the light DK that has passed through the image DK.

 

flatbed scanner contained a unit, called the scan head, that contains DK a lamp, mirrors, a lens, and DK an array of CCDs .

the carriage passes beneath the image; the lamp shines a DK light onto or DK through the original; the mirror reflected the light on the lens, which focuses ti DK on to the CCD array.

Each CCD detects the bright ness of light from a particular pixel DK along a horizontal strip and covers this DK data into an electrical signal.

 

For color DK images, the light DK is usually passed through DK red green, and blue filters and then directly to the CCD array so DK that it can be broken down into DK components color.

Each CCD detects the bright ness of light from a particular pixel DK along a horizontal strip and covers this DK data into an DK electrical signal.

 

For color images, the light DK is usually passed through DK red green, and blue DK filters and then directly to the CCD array so DK that it can be broken down into DK components color DK.

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