V400-H111

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The V400-H111 is a machine vision sensor developed with a 1.3 megapixel Aptina™ VCM-7785 CMOS image sensor. It combines the V400-H111’s imaging capabilities with its low-light sensitivity and improved visible color balances to deliver rich image quality compared to other sensors in its class.

In the V400-H111 sensor, the CMOS image sensor has the following features: a 1/2-inch optical format, an array of 1.3 million effective pixels, a 2,560 x 1,920 resolution, and a 10-bit output. At the same time, it has a high-sensitivity feature for low-light images. With these features, this sensor is highly applicable in wide variety of machine vision applications, such as in medical imaging, scientific imaging, imaging for industrial processes, and in other related fields.

The working principle of the V400-H111 sensor is based on the concept of an optical imaging device. This device works by converting incoming light rays into electrical signals in the form of electrons that are read and processed by the image sensor. This process enables the V400-H111 to produce images that are true representations of the scene being observed.

As its imaging range is from visible to near infrared (NIR), the V400-H111 is capable of capturing images in a variety of challenging lighting conditions. Furthermore, the CMOS sensor also boasts a higher dynamic range and improved color balance capabilities that produce stunning image quality in difficult lighting conditions. In addition, the sensor has a fast frame rate for capturing high performance images with minimal motion blur even in challenging lighting conditions.

The V400-H111 is equipped with an advanced triggering system that allows it to capture precise images in challenging lighting conditions. This system works by triggering the sensor to capture images at various exposure times and at specific exposure levels, depending on the specific lighting conditions. This ability makes it an ideal solution for applications that require capturing sharp, accurate images in challenging lighting conditions.

The V400-H111 is equipped with on-chip video processing & analytics, which is used to detect anomalies, improve imaging performance, and to identify objects in the scene. This feature can be used in various machine vision applications such as in automated surveillance, medical imaging, and industrial processes. In addition, the sensor has the ability to provide enhanced image sharpness & accuracy that can be used for various machine learning-based applications, such as object detection.

In conclusion, the V400-H111 is an ideal solution for a range of applications that require high-quality images in low-light and challenging lighting conditions. It is equipped with advanced features, such as the ability to provide precise images in difficult lighting conditions and on-chip video processing & analytics, which can be used for various machine vision applications.

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