Go to GlobalSpec.com Home

Edmund Optics Inc. Data Sheets for CCD Cameras

Edmund Optics Inc.
Address: 101 East Gloucester Pike
Barrington, NJ 08007-1380
 Contact: Web site
E-mail

Phone:  (856) 573-6250
(800) 363-1992
Fax: (856) 573-6295

CCD Cameras:

Charge coupled device (CCD) cameras contain light-sensitive silicon chips that detect electrons excited by incoming light. They also contain micro circuitry that transfers a detected signal along a row of discrete picture elements or pixels, scanning the image very rapidly. CCD cameras use two-dimensional CCD arrays with many thousand of pixels.

CCD Cameras: Learn more

Product Name
Notes
Hitachi KP-D20B Color CCD Camera -- NT55-837 1/2" Interline transfer CCD, small footprint, internal sync system
1/4" Monochrome Micro Camera -- NT53-03, 1/4" Monochrome Micro Camera -- NT53-04 1/4" Interline transfer CCD, auto electronic iris, internal sync system
Monochrome Micro Camera -- NT55-701 Auto electronic iris, built-in 3.7mm lens,BNC cable & power supply included
Monochrome Micro Camera -- NT55-702 Auto electronic iris, built-in 6.0mm lens,BNC cable & power supply included
Color DSP Hi-Res Board Level CCD -- NT54-682 Color DSP high resolution, 3.8mm focal length, F2, 54.6 degree FOV
Color DSP Hi-Res Board Level CCD -- NT54-683 Color DSP high resolution, 6.0mm focal length, F2, 34.8 degree FOV
Color DSP Hi-Res Board Level CCD -- NT54-684 Color DSP high resolution, with CS mount, compact size
Color Micro Standard-Res Board Level CCD -- NT53-314 Color micro standard-resolution, 3.8mm focal length, F2, 71.5 degree FOV
Color Micro Standard-Res Board Level CCD -- NT53-315 Color micro standard-resolution, 6.0mm focal length, F2, 45.7 degree FOV
Color Micro Standard-Res Board Level CCD -- NT53-316 Color micro standard-resolution, with CS mount, compact size
JAI CV-M820 Color CCD Camera -- NT55-864 High sensitivity, user friendly interface, power supply included
NT53-307 Monochrome micro high resolution, 3.7mm focal length, F4.5, 69.0 degree FOV
NT53-308 Monochrome micro high resolution, 6.0mm focal length, F2.5, 45.7 degree FOV
NT53-309 Monochrome micro high resolution, with CS mount, compact size
NT52-569 Monochrome micro standard resolution, 3.7mm FL, F4.5, 69.0 degree FOV
NT53-305 Monochrome micro standard resolution, 6.0mm FL, F2.5, 45.7 degree FOV
NT53-306 Monochrome micro standard resolution, with CS mount, compact size
NT53-006 Multi-step white balance, auto-iris with backlight compensation
NT55-686 Power supply included, smallest color CCD camera, interline transfer CCD
IEEE-1394 / Firewire VGA Board Level -- NT58-223, IEEE-1394 / Firewire VGA Board Level -- NT58-224, IEEE-1394 / Firewire VGA Board Level -- NT58-346 Removable second IEEE-1394/Firewire port, included driver software
AVT Guppy IEEE-1394/Firewire Camera -- NT59-035, AVT Guppy IEEE-1394/Firewire Camera -- NT59-036, AVT Guppy IEEE-1394/Firewire Camera -- NT59-037, AVT Guppy IEEE-1394/Firewire Camera -- NT59-038, AVT Guppy IEEE-1394/Firewire Camera -- NT59-039, AVT Guppy IEEE-1394/Firewire Camera -- NT59-040, AVT Guppy IEEE-1394/Firewire Camera -- NT59-041, AVT Guppy IEEE-1394/Firewire Camera -- NT59-042, AVT Guppy IEEE-1394/Firewire Camera -- NT59-043, AVT Guppy IEEE-1394/Firewire Camera -- NT59-044 Ultra compact, high performance alternatice to analog cameras
SONY XCD-SX910 -- NT56-687, SONY XCD-SX910CR -- NT57-819, SONY XCD-SX910UV -- NT57-820, SONY XCD-V50 -- NT58-134, SONY XCD-V50CR -- NT58-289, SONY XCD-X710 -- NT56-686, SONY XCD-X710CR -- NT57-441 Ultra compact, ideal replacement for analog cameras, CE approval
For More Information
  • Send an E-mail
    to Edmund Optics Inc.
  • View Supplier Profile
    for Edmund Optics Inc.
  • Browse Catalog
    for Edmund Optics Inc.
  • See Product Announcements
    from Edmund Optics Inc.
  • Company Description:
    Edmund Optics (EO) is a leading producer of optics, imaging, and photonics technology. Supporting the R&D, electronics, semiconductor, pharmaceutical, biomedical, and military markets around the globe; EO products are used in a variety of applications ranging from DNA sequencing to retinal eye... (more)