Home
Search
Site Map
What's New
11/14/02

Products
Accessories
Cameras
Frame
Grabbers
Microscopes
Monitors
Pre-Owned
Quality
Control
Printers
Software
Systems

Contact
IPS
Directions
Job
Opportunities
Request
Info

Support
FAQ's
Glossary
of Terms
Services
Suggested
Reading
Training

E-mail
the webmaster with questions or comments

| |

Back to FAQ's
| What is the difference between a three chip color camera and a single chip?
|
All CCD's (Charge Coupled Devices) begin as monochrome light sensitive components. Making a color CCD video camera requires the use of three CCD's each having a filter in the front of it. One filter is red, the other is green and the last is blue. Optics direct the image scene to each CCD. This is a three chip color camera. Single chip cameras place the color filters in front of each individual pixel on the CCD chip (see below). A simple explanation would be - Let's say
we have a CCD chip with 600 pixels per line, times three, for the three chip camera. The ideal resolution of the camera would be 600 pixels/line. On a single chip color camera, a pattern of filters is placed over the single chip. Different manufactures use different patterns. In its basic sense, (using the example below) we use three monochrome pixels to make up one color pixel.

|
Back to FAQ's
|