The ICX404AL-A is a diagonal 6mm (Type 1/3) CCD (Charge-Coupled Device) image sensor for black and white cameras. It is designed for industrial applications requiring high sensitivity and image quality. This sensor leverages Sony's advanced CCD technology to deliver exceptional performance in low-light conditions.

Applications

• Industrial inspection systems
• Security cameras
• Machine vision systems
• Microscopy
• Medical imaging

Features

• Diagonal 6mm (Type 1/3) CCD image sensor.
• Black and white (monochrome) imaging.
• High sensitivity.
• Progressive scan.
• Excellent antiblooming characteristics.
• Low smear.
• High resolution.

Benefits

• Provides clear and detailed images even in low-light conditions.
• Enables accurate inspection and measurement in industrial applications.
• Reduces motion blur in fast-moving objects.
• Minimizes image distortion due to bright light sources.
• Delivers high-quality images with minimal noise.

Additional Details

The ICX404AL-A is a progressive scan CCD image sensor, meaning that it reads out the entire image in one go, resulting in less motion blur compared to interlaced sensors. The excellent antiblooming characteristics prevent image distortion caused by bright light sources, ensuring accurate measurement and inspection. The sensor’s high sensitivity allows it to capture clear images even in dimly lit environments, making it suitable for a wide range of applications.

The low smear characteristic minimizes the vertical streaking that can occur when bright light sources are present in the image. This is particularly important in applications where accurate imaging is critical. The sensor's high resolution provides detailed images, enabling precise measurement and inspection. This CCD offers stability and reliability, vital for long-term industrial applications.

The ICX404AL-A's combination of high sensitivity, antiblooming characteristics, and progressive scan readout makes it an excellent choice for demanding imaging applications. It delivers high-quality, low-noise images, ensuring accurate and reliable results.