DR4K7_INVAR_B&W_V4

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Image sensors, such as the DR4K7 Invar Black & White V4, are devices based on semiconductor technology that convert incident light into electrical signals. They are used for imaging applications, such as machine vision and optical metrology. This article discusses the applications and working principles of the DR4K7 Invar Black & White V4 image sensor.

The DR4K7 Invar Black & White V4 is a digital image sensor with a CMOS active pixels array. This device has a resolution of 1280 x 1024 pixels, a field of view of 47.6° x 39.4°, and a pixel size of 4.8 μm. It has a dynamic range of 72 dB, and it supports full frame, line scan, snapshot, and video modes. The DR4K7 is capable of capturing images in both the visible and near-infrared (NIR) ranges.

The applications of the DR4K7 Invar Black & White V4 image sensor include vision inspection systems, camera-based object tracking systems, document scanning systems, laser beam profiling, and automatic optical inspection systems. The device can also be used for surveillance applications, biometrics, and machine learning.

The working principle of the DR4K7 Invar Black & White V4 is based on the conversion of incident light into electrical signals. When light enters the sensor, it is absorbed by the photosensitive material, which generates electrons. These electrons are channeled through columns and rows of pixels that form a two-dimensional CMOS active pixels array, which creates a two-dimensional image. The electrons are then transferred to a readout circuit, which converts them into a digital signal. This signal is then processed by a digital logic circuit, which produces a digital image.

The DR4K7 Invar Black & White V4 image sensor is a powerful device that is capable of capturing images in both the visible and NIR ranges. It has a wide range of applications in areas such as vision inspection systems, camera-based object tracking systems, document scanning systems, laser beam profiling, and automatic optical inspection systems. Its working principle is based on the conversion of incident light into electrical signals.

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