The ICX098AK-A is a diagonal 6mm (Type 1/3) interline CCD (Charge-Coupled Device) solid-state image sensor with a square pixel array designed for black and white cameras. This sensor is designed for high-resolution imaging applications, offering excellent image quality and sensitivity. The "-A" suffix often indicates a specific grade or revision of the original ICX098AK.

Applications

• Machine vision cameras
• Surveillance cameras
• Industrial inspection systems
• Medical imaging equipment
• Security systems

Features

• High resolution (typically around 640 x 480 pixels)
• Square pixel array
• Interline transfer CCD
• Low dark current
• High sensitivity
• Electronic shutter function
• Anti-blooming function

Benefits

• Provides high-quality black and white images.
• Enables accurate measurements and inspections.
• Offers excellent low-light performance.
• Reduces image distortion with square pixels.
• Simplifies camera design.
• Provides fast electronic shuttering capabilities.
• Prevents image blooming in bright light conditions.

Additional Details

The ICX098AK-A likely shares similar characteristics with the ICX098AK, featuring an interline transfer CCD architecture, which allows for fast image readout and minimal image smear. The sensor has a square pixel array, which is crucial for accurate measurements and inspections. The electronic shutter function allows for adjustable exposure times, enabling the capture of images in various lighting conditions. The anti-blooming function prevents excessive charge from spilling into adjacent pixels in bright light conditions, improving image quality. The low dark current ensures that the image is not corrupted by thermal noise, especially during long exposures. The sensor is typically driven by analog and digital circuitry to control the timing and signal processing. Minor differences in specifications or performance compared to the ICX098AK could exist due to the "-A" designation. The spectral response is typically optimized for visible light. The operating temperature range typically spans from -10°C to +60°C. The sensor requires precise voltage levels for proper operation, as detailed in the manufacturer's datasheet. The output signal is typically an analog voltage that needs to be amplified and digitized for further processing.