IMX287LLR

IMX273LLR SONY | Alldatasheet

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We have developed a new lineup of CMOS image sensors for industrial applications. This lineup includes optical size-type 1/2.9 CMOS image sensors with approximately 1.58M effective pixels that enable high resolution and high-speed imaging without distortion, and CMOS image sensors with approxi- mately 0.4M effective pixels that achieve even higher resolu- ˙Global shutter function ˙High frame rate ˙A variety of functions (external trigger mode, multiple exposure function, ROI mode, multiple image sensor synchronization function, etc.) ˙Compact device size (14 mm × 14 mm) ˙Expanded lineup (3.45 μm pixel and 6.9 μm pixel, Sub LVDS, MIPI interface (CSI-2-compliant), etc.) Global shutter function (IMX273LLR/LQR, IMX287LLR/LQR, IMX296LLR, IMX297LLR) High frame rate (IMX273LLR/LQR, IMX287LLR/LQR) High resolution (IMX273LLR/LQR, IMX296LLR) tion and higher-speed imaging by increasing the pixel size. The lineup includes monochrome products that use a MIPI interface (CSI-2-compliant) for sensing applications. All of the products in this lineup use the same package to ensure pin compatibility, enabling camera design using the same footprint pattern for the drive board. Industrial applications require accurate imaging of fast-moving subjects, however conventional rolling shutter-type image sensors have problems properly capturing fast-moving subjects due to issues such as flash bands and distortion of the subject due to focal pl ane phenomena. Equipped with a global shutter function, enables high-quality image capture that is not affected by focal plane distortion or flash bands (Photo-2). In response to the growing demand for higher frame rates for industrial applications, the column-parallel A/D conversion technology of Sony's CMOS image sensors was used to realize a frame rate of up to 226.5 frame/s (ADC 10-bit) for the IMX273LLR/LQR, and up to 436.9 frame/s (ADC 10-bit) for the IMX287LLR/LQR. This made it possible to further increase the processing speed for industrial applications. These type 1/2.9 optical size CMOS image sensors equipped with a global shutter function have approximately 1.58M effective pixels. This results in a smaller pixel size compared to competing products, but these products also realize high picture quality (Photo-1). This enables use for defect and scratch inspection processes that require higher resolution in addition to typical machine vision camera applications such as scanning barcodes and checking specific shapes. High sensitivity (IMX287LLR/LQR, IMX297LLR) Use of a 6.9 μ m pixel size achieves sensitivity four times that of the IMX273LLR/LQR and IMX296LLR. This means that the same sensor output can be obtained even with a shorter shutter time, making it possible to increase inspection speeds in factories. In addition, high sensitivity is achieved even in the near-infrared wavelength band that generally has low quantum efficiency, thereby realizing superior performance. MIPI interface (CSI-2-compliant) (IMX296LLR, IMX297LLR) Due to increasing sensing application demand, these products use a MIPI interface (CSI-2-compliant) as the output interface. This facilitates diversion as a design platform for cellular device cameras and surveillance cameras, and helps to reduce product introduction cost. A variety of functions (IMX273LLR/LQR, IMX287LLR/LQR, IMX296LLR, IMX297LLR) These products are equipped with a variety of functions, such as trigger mode, that are needed for industrial application cameras. Various exposure methods are provided for Trigger mode, which controls the exposure time using an external pulse, such as Fast Trigger mode, which reduces the delay from trigger input until the start of exposure, Multi Exposure mode, and other modes. Regar ding functions that simultaneously control multiple cameras, in addition to conventional functions that use trigger input, an image sensor synchronization function has been newly introduced that uses sync signals output by the image sensor set as the master to control sensors set as slaves. Furthermore, the IMX273LLR/LQR supports ROI mode, which crops and outputs arbitrary areas in 4 (2×2) locations. CMOS Image Sensors with 3.45 μm and 6.9 μm Pixels and Global Shutter Function for Industrial and Sensing Applications IMX287LLR/LQRIMX287LLR/LQR IMX297LLRIMX297LLR ustrial and Sensing Applications QR QR Diagonal 6.3 mm (Type 1/2.9) Approx.

0.4 M-Effective Pixel Monochrome/Color

CMOS Image Sensor (Sub LVDS I/F) Diagonal 6.3 mm (Type 1/2.9) Approx.

0.4 M-Effective Pixel Monochrome

CMOS Image Sensor (MIPI I/F) Diagonal 6.3 mm (Type 1/2.9) Approx. 1.58M-Effective Pixel Monochrome/Color CMOS Image Sensor (Sub LVDS I/F) IMX273LLR/LQRIMX273LLR/LQR Diagonal 6.3 mm (Type 1/2.9) Approx. 1.58M-Effective Pixel Monochrome CMOS Image Sensor (MIPI I/F) IMX296LLRIMX296LLR Exmor is a registered trademark or trademark of Sony Group Corporation or its affiliates. The Exmor is a version of Sony's high performance CMOS image sensor with high-speed processing, low noise and low power dissipation by using column-parallel A/D conversion. Pregius is a registered trademark or trademark of Sony Group Corporation or its affiliates. The Pregius is global shutter pixel technology for active pixel-type CMOS image sensors that use Sony’s low-noise CCD structure, and realizes high picture quality.

Sony reserves the right to change products and specifications without prior notice. "Sony", "SONY" logo are registered trademarks or trademarks of Sony Group Corporation or its affiliates. ʻPhotograph 1ʼ Image sample Condition: 20 lx F 4.0 (ADC 10-bit mode, 30 frame/s, internal gain 18 dB) IMX273 (3.75 μm pixels approx. 1.55M effective pixels) Competing product A (4.8 μm pixels approx. 1.31M effective pixels) Competing product B (4.5 μm pixels approx. 1.92M effective pixels) ʻPhotograph 2ʼ Global Shutter vs. Rolling Shutter ʻTable 1ʼ Device Structure Item IMX273LLR/LQR, IMX296LLR IMX287LLR/LQR, IMX297LLR Output image size Number of effective pixels Unit cell size Optical blacks Horizontal Vertical Input drive frequency Output Interface Package Supply voltage VDD (Typ.) Diagonal 6.3 mm (Type 1/2.9) progressive scan mode approx. 1.58M pixels Front: 0 pixels, rear: 0 pixels Front: 10 pixels, rear: 0 pixels 138-pin LGA 3.3 V / 1.8 V / 1.2 V 37.125 MHz / 54.0 MHz / 74.25 MHz Sub LVDS 8 ch (IMX273LLR/LQR) MIPI CSI-2 1lane (IMX296LLR) Diagonal 6.3 mm (Type 1/2.9) progressive scan mode 728 (H) × 544 (V) approx. 0.4M pixels 6.9 μm (H) × 6.9 μm (V) Front: 0 pixels, rear: 0 pixels Front: 10 pixels, rear: 0 pixels 138-pin LGA 3.3 V / 1.8 V / 1.2 V 37.125 MHz / 54.0 MHz / 74.25 MHz Sub LVDS 4 ch (IMX287LLR/LQR) MIPI CSI-2 1lane ( IMX297LLR) ʻTable 3ʼ Basic Drive Mode Drive modeProduct name Recommended number of recording pixels Progressive scan IMX273LLR/LQR IMX287LLR/LQR IMX296LLR IMX297LLR 165.9 226.5 276.0 319.9 436.9 523.5 60.3 120.8 ADC [bit] Frame rate (Max.) [frame/s] ʻTable 2ʼ Image Sensor Characteristics Item IMX273 IMX296LLR IMX297LLRIMX287 Remarks Sensitivity (monochrome) Sensitivity (color) Saturation signal Typ. [F8] Typ. [F5.6] Min. 915 mV 915 mV 3660 mV 3660 mV 1001 mV 2002 mV 1146 mV _4584 mV 1001 mV 2002 mV

3200 K, 706 cd/m2

Tj = 60 °C approx. 1.58M pixels approx. 1.58M pixels 728 (H) × 544 (V) approx. 0.4M pixels 728 (H) × 544 (V) approx. 0.4M pixels GS RS Image Sensors for Industrial Applications: https://www.sony.net/cis-industry