1" 2MP Monochrome Progressive Scan CCD Camera, GigE Vision Ethernet Interface, Non-RoHS With Lead Processing

The JAI TM-2040GE is a non-RoHS, with lead processing version of the RM-2030GE camera.

The TM-2040GE is a compact, high-resolution (2 Megapixels) monochrome progressive scan CCD camera with a dual-tap front-end, automatic channel balancing, GigE Vision digital output, and a high frame rate of 34 fps at 1600 x 1200 resolution. A single-tap mode at 17 fps is user selectable. The TM 2040GE features the Kodak KAI-2020 1" CCD imager for high image quality and sensitivity.

The TM2040GE delivers an outstanding signal-to-noise ratio of >58 dB in typical operation. A high performance front-end provides 12-bit linear output, or can be set to generate 10-bit/8-bit images modifiable by a patent-pending, built-in look-up table (LUT). Other features include image center partial scanning (600, 300, or 150 lines), user-definable variable partial scanning (any number of lines with any starting point), flexible 2X binning (horizontal, vertical, or both), defective pixel compensation, and a PIV mode.

The TM-2040GE is supported by JAI's easy-to-use SDK and Control Tool software, offering straightforward setup and full GigE Vision and GenICam compliance. The camera also integrates smoothly with a variety of third-party GigE Vision software libraries and development tools.

A color version of this camera (TMC-2040GE) is also available.
 

→ 1" progressive scan IT CCD (Kodak KAI-2020)
→ 1600 x 1200 pixels @ 34 fps dual-tap mode
→ 7.4 μm square pixels
→ SW selectable single-tap mode @ 17 fps
→ 12-bit A/D (linear) or 8-bit/10-bit with look-up table (LUT)
→ GigE Vision Ethernet output and analog output
→ 100 m with standard CAT 5E or CAT 6 cable
→ Image center partial scan (600, 300, 150 lines)
→ Flexible partial scan and binning modes
→ User-programmable variable partial scan
→ 2X binning (H & V independently selectable)
→ Full-frame shutter to 1/32,000 sec.
→ Asynchronous reset, no-delay, pulse width control shutter
→ Defective pixel compensation
→ PIV (particle imaging velocimetry) mode
→ Extensive software developer’s kit (SDK)