cooled 4MP sCMOS

The EHD MaxCam-400UV-TE Series is a high-performance scientific camera designed for demanding imaging applications. It features the GSENSE400BSI sensor, a 4.0MP 2.0″ frame back-illuminated sCMOS monochrome sensor, which ensures high sensitivity and resolution for capturing clear, detailed images. The sensor’s back-illuminated design enhances light sensitivity, improving performance in low-light conditions.

Key features include:

  1. Cooling System: The camera is equipped with a two-stage Peltier cooling system that can lower the sensor temperature to -40°C below ambient temperature, significantly improving the signal-to-noise ratio (SNR) and minimizing image noise for high-quality, low-noise images. This feature makes it suitable for applications requiring high precision, such as scientific research or astrophotography.
  2. Thermal Management: The camera is designed with a smart structure to optimize heat dissipation, ensuring efficient cooling. An electric fan further accelerates heat dissipation, preventing overheating and improving system reliability. This thermal management helps maintain consistent performance during extended use.
  3. Connectivity and Control: The camera supports industry-standard USB3.0 for fast data transfer, ensuring quick and efficient image acquisition. It also offers 2 GPIO ports and Trigger IN/OUT, enabling integration into automated setups and synchronization with other equipment.
  4. Mounting Options: The camera comes with a T-Mount, and an F-Mount adapter is available as an option for greater flexibility in optical setups.
  5. Image Quality: With 16-bit A/D conversion, the camera guarantees high-resolution, low-noise images, making it suitable for scientific imaging tasks that require precise measurements and detailed analysis.
  6. Software and SDK: The camera includes EHDView acquisition software, offering a user-friendly interface for capturing and analyzing images. Additionally, a free SDK is provided for Windows, Linux, and macOS platforms, facilitating custom software development and integration.

This camera is ideal for high-precision scientific applications, such as microscopy, astronomy, and imaging in low-light environments, where low noise, high resolution, and thermal stability are crucial.