IMX430LQJ Sensor IC 2 Megapixels Pregius Global Shutter CMOS Image Sensor with 132 frame/s Max Frame Rate

IMX430 is a 1/1.7-inch, 2.03-megapixel square-pixel global shutter CMOS image sensor for colour cameras. By utilising the proprietary Pregius technology, it achieves high-speed, distortion-free capture and high image quality.

IMX430 utilises a global shutter mode with variable charge integration time and is characterised by low power consumption, high sensitivity, low dark current and low PLS, making it suitable for factory automation cameras and intelligent transport system cameras.

• Technology: Pregius
• Resolution: 2 Megapixels
• Effective Pixels (H x V): 1632 (H) x 1248 (V)
• Image Size (Type): 1/1.7
• Aspect Ratio: 4:3
• Pixel Size (V=H): 4.5 μm
• Max Frame Rate: 132 frame/s
• Exposure Methods: Global Shutter
• Output Interface: SLVS-EC/SLVS
• Spectrum: Color
• Package: LGA-226
• Applications: FA Cameras, ITS Cameras

• 1/1.7-inch active-pixel CMOS sensor
• Built-in timing-adjustable circuitry, H-driver, V-driver and serial communication circuitry
• Global exposure mode
• Equipped with a global shutter function, enabling the capture of fast-moving subjects whilst ensuring distortion-free images. Suitable for applications such as character recognition.
• Thanks to a proprietary column-parallel A/D conversion circuit, signal processing is both high-speed and low-noise. This helps improve production efficiency in applications requiring high-precision image inspection.
• The Pregius S's back-illuminated pixel structure with global shutter technology not only captures lifelike images of moving subjects in the focal plane but also achieves both high resolution and compact dimensions.
• The Pregius S's back-illuminated pixel structure offers a high degree of flexibility in wiring layout. Combined with the high-speed SLVS-EC interface utilising an embedded clock scheme, it enables high-speed reading of high-resolution imaging data and efficient output. Consequently, it is expected to reduce cycle times for manufacturing equipment and machinery, thereby enhancing overall processing capacity.