Series:	--
Packaging:	Bulk
Part Status:	Active
Type:	CCD
Pixel Size:	5.5µm x 5.5µm
Active Pixel Array:	1280H x 720V
Frames per Second:	138
Voltage - Supply:	14.5 V ~ 15.5 V
Package / Case:	67-BCPGA
Supplier Device Package:	67-CPGA (33.02x20.07)
Operating Temperature:	-50°C ~ 70°C (TA)

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Image Sensors, Camera KAI-01150-FBA-JB-B2 application field and working principle

Introduction

Image sensors and cameras play an important role in modern image and machine vision applications. Image sensors convert light into electrical signals that can then be processed to produce a digital image. The KAI-01150-FBA-JB-B2 image sensor from Kodak is a high performance image sensor designed for use in industrial vision applications. This paper examines the application fields of the KAI-01150-FBA-JB-B2 image sensor and its working principle.

Application field of KAI-01150-FBA-JB-B2 image sensor

The application fields of KAI-01150-FBA-JB-B2 image sensor include day and night surveillance, machine vision systems, multi sensor systems, embedded vision systems, 360-degree surveillance systems, medical imaging systems, scientific imaging systems, computer vision systems, motion capture systems, autonomous vehicle systems, and more.KAI-01150-FBA-JB-B2 image sensors are designed to meet the growing demands of high-performance image processing in industrial vision applications. The image sensor can support multiple simultaneous functions such as motion detection, object recognition, feature extraction, pattern matching, object tracking, and video editing.KAI-01150-FBA-JB-B2 image sensors are capable of capturing images with resolution up to 2048x2048 pixels. The image sensor supports multiple operating modes, including single-shot and multi-shot modes. In single-shot mode, the image sensor can capture up to 6 frames per second at full resolution. In multi-shot mode, the image sensor can capture up to 20 frames per second.KAI-01150-FBA-JB-B2 image sensors also feature full HD (1920x1080) imaging at up to 60 fps. Additionally, the image sensor supports High Dynamic Range (HDR) imaging, allowing a wider range of image brightness to be captured with improved contrast.KAI-01150-FBA-JB-B2 image sensors are designed to be rugged and durable, making it suitable for use in harsh environments. The image sensor has a small form factor and low power consumption, making it ideal for embedded systems.

Working principle of KAI-01150-FBA-JB-B2 image sensor

The KAI-01150-FBA-JB-B2 image sensor works on the principle of photoelectric conversion. When light falls on the active area of the image sensor, electric charge is generated. The electric charge is then converted into digital signal by an analog-to-digital converter.The image sensor consists of a two-dimensional array of pixilated photosensitive elements. Each pixel contains photoelectronic circuitry that measures optical light intensity. When light falls on one of these pixels, electrons are generated in proportion to the light intensity. These electrons are converted into digital values that can then be processed and stored.The image sensor also features an in-pixel analog-to-digital converter, which converts the analog signal from the pixels into digital format. The digital signal can then be processed and stored.

Conclusion

The KAI-01150-FBA-JB-B2 image sensor is a high performance image sensor designed for industrial vision applications. This paper discussed the application fields of the KAI-01150-FBA-JB-B2 image sensor and its working principle. The image sensor can support multiple simultaneous functions including motion detection, object recognition, feature extraction, pattern matching, object tracking, and video editing. It is capable of capturing images with resolution up to 2048x2048 pixels, and supports full HD imaging at up to 60 fps. The image sensor also features an in-pixel analog-to-digital converter, which converts the analog signal from the pixels into digital format. The image sensor is designed for use in harsh environments, and features a small form factor and low power consumption, making it ideal for embedded systems.

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