The IMX492LQJ is a diagonal 23.1 mm (Type 1.4) CMOS image sensor with a color square pixel array and approximately 47.08 M effective pixels. 12-bit digital output makes it possible to output the signals with high definition for moving pictures.

2020年5月14日 · The IMX492 is a combination of high sensitivity with low noise, makes it a great solution for challenging environments where contrast and detail are required like in industrial inspection systems. This new 1.4-type CMOS sensor is available from Sony’s decades-long partner and vision expert, FRAMOS®.

Atlas10 ATX470S camera with Sony 47 MP (8192 x 5556 px) IMX492 CMOS, 22.6 fps, 10GBase-T (10GigE). High-speed 10GigE camera with RDMA data transfer.

The IMX492LQJ is a diagonal 23.1 mm (Type 1.4) CMOS image sensor with a color square pixel array and approximately 47.08 M effective pixels. 12-bit digital output makes it possible to output the signals with high definition for moving pictures.

2019年9月27日 · 本周，索尼半导体部门发布一款新图像传感器，型号IMX492LQJ。 IMX492LQJ并非用于智能手机，而是M4/3画幅相机。 传感器对角线23.1mm，有效像素4708 …

Diagonal 23.1mm (Type 1.4) CMOS Image Sensor with Square Pixel for Monochrome Cameras. TECHNICAL INFORMATION: Request a Quote.

The IMX492LLJ is a diagonal 23.1 mm (Type 1.4) CMOS image sensor with a monochrome square pixel array and approximately 47.08 M effective pixels. 12- bit digital output makes it possible to output the signals with high definition

SONY IMX492 is a diagonal 23.1mm (type 1.4) CMOS image sensor with a square pixel array and 47.08M effective pixels. It is available in monochrome (IMX492LLJ) and in color (IMX492LQJ). It is possible to output the signals with high definition for moving pictures because of the 12-bit digital output.

The IMX492 is a combination of high sensitivity with low noise, makes it a great solution for challenging environments where contrast and detail are required like in industrial inspection systems. This new 1.4-type CMOS sensor is available from Sony’s decades-long partner and vision expert, FRAMOS®.

2021年11月12日 · For the IMX455 the probability of absorption in a 3.0um thick silicon layer roughly matches the measured QE curve, while a watch with the IMX492 is found for a thickness of 2.5um.