cooled 0.5MP sCMOS

The EHD SC1605UV-ITR series industrial camera is designed for high-performance imaging in various demanding environments. Below is an overview of its features:

  1. Sensor:
    • The camera is equipped with a GLUX1605BSI, a 0.5MP 1″ back-illuminated sCMOS monochrome sensor with 800×600 pixels, where each pixel measures 16×16µm.
    • This sensor is highly sensitive in the 200-1100nm range, making it suitable for infrared and ultraviolet applications. Its high light sensitivity also makes it effective in low-light conditions.
  2. Cooling:
    • The sensor benefits from a two-stage Peltier cooling system that can cool the chip to -40°C below ambient temperature. This significantly enhances the signal-to-noise ratio and reduces image noise by improving the sensor’s thermal performance.
    • The camera includes an electric fan to assist with heat dissipation, ensuring efficient heat radiation and preventing moisture buildup.
  3. Image Quality:
    • The camera supports 16-bit A/D conversion, ensuring high-resolution, low-noise images with very high quality. It also provides HDR output (8-bit/16-bit), enabling the capture of images with wide dynamic ranges, ideal for applications requiring accurate light representation.
  4. Connectivity:
    • Data transfer is facilitated through a USB 3.0 interface, offering fast communication and reliable image acquisition.
    • The camera includes 2 GPIO pins and Trigger IN/OUT, allowing for flexible integration into automated systems or specific setups.
  5. Mounting and Software:
    • The camera has a C-Mount, with an optional F-Mount adapter for compatibility with a wide range of lenses.
    • It is compatible with the EHDView acquisition software and includes a free SDK for Windows, Linux, and MacOS platforms, making it versatile for different user needs and environments.

This combination of high sensitivity, cooling technology, and powerful data transfer capabilities makes the EHD SC1605UV-ITR camera well-suited for precision industrial applications, scientific research, and environments with low-light or specialized wavelength requirements.