Description
The AM-800CL is an 8-megapixel industrial grade CCD camera offering a combination of high resolution, high fidelity, and high frame rates. The AM-800CL features the KAI-08050 quad-tap sensor from Kodak, capable of providing full 3296 x 2472 monochrome resolution at 17 fps. A standard Camera Link digital interface supports 8-bit, 10-bit, or 12-bit output.
The AM-800CL uses the Kodak CCD’s quad-tap architecture for rapid image acquisition, then combines the four taps into two for monochrome readout over a simple one-cable Camera Link base configuration. Built-in channel balancing capabilities are provided to ensure uniformity across the image.
The camera features user configurable AOI scanning (partial scanning), horizontal and vertical binning modes , and a variety of acquisition modes, including continuous, single-frame, and multi-frame capture. Advanced image pre-processing features range from auto-gain, auto-shutter, and pixel blemish compensation, to flat-field compensation, and a 256-point look-up table for gamma customization.
Like JAI’s other high resolution cameras, the AM-800CL incorporates a list of industrial grade features to maximize performance in machine vision environments. These include precise sensor alignment, advanced thermal management, a built-in temperature sensor, and rugged construction with extensive shock and vibration testing performed.
The camera can be ordered with either C-mount or F-mount lens mounts. Dimensions depend on the configuration.
Dimensions (HxWxL): 55 x 55 x 98 mm (F-mount).
Dimensions (HxWxL): 55 x 55 x 69 mm (C-mount).
8-megapixel industrial camera
- 4/3″ monochrome progressive scan CCD (22mm diagonal)
- 3296 (h) x 2472 (v) active pixels
- 5.5 μm square pixels
- 17 fps at full resolution (80 MHz output clock)
- Quad-tap sensor with advanced channel balancing
- Programmable exposure to 1/100,000 sec. (10 μs)
- Auto shutter, auto gain, and auto iris control options
- Camera Link base interface
- Excellent thermal management for high image quality
- Shock & vibration testing for real-world environments
