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* Diagonal 6.49 mm (Type 1/2.8) 3.27M-Effective Pixel CMOS Sensors for Industrial Applications Achieve a High Frame Rate and a High S/N Ratio

IMX036LQR,IMX036LLR

Sony is now adding the high frame rate, high signal-to-noise ratio IMX036LQR (color) and the IMX036LLR (B&W) sensors to their product line. These devices provide a resolution of 3.2M pixels and can provide a maximum frame rate of 60 frame/s (in 10-bit A/D conversion mode). These devices produce a full high-definition television output mode and also support 1080p HD at 60 frame/s. Furthermore, these devices adopt Sony’s unique column-parallel A/D conversion method*¹ to achieve a high signal-to-noise ratio. The IMX036LQR/LLR are pin compatible with the IMX035LQR*²/LLR and can be easily deployed in existing systems.
*1 CX-News Vol. 47.
*2 CX-News Vol. 56.
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* IMX036LQR,IMX036LLR
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■ Diagonal 6.49 mm (Type 1/2.8) 3.27M effective pixels
■ High picture quality sensor for industrial applications
■ Provides a 1080p HD output mode
■ Switchable I/O interface
■ Built-in 10- and 12-bit A/D converters

exmor_logo

* “Exmor” is a trademark of Sony Corporation.
“Exmor” is a version of Sony’s high performance CMOS sensor with high-speed processing, low noise and low power dissipation by using column-parallel A/D conversion.
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* Achieves both a Higher Pixel Count and Superb Picture Quality
As is the case with consumer cameras, higher speeds, higher pixel counts, and especially the ability to provide HDTV output are now strongly desired in cameras for industrial applications. While the pixel size must be reduced to increase the sensor pixel count, simply making the pixels smaller will degrade the basic characteristics of the pixels.
Sony has now developed the IMX036LQR/LLR image sensors, which achieve higher picture quality despite the 2.5 µm diagonal unit pixel. Compared to the existing IMX035LQR, while the area per pixel has been reduced by 47%, Sony has succeeded in acquiring the same basic pixel characteristics, such as the sensitivity and saturation signal level, by improving the pixel layout and increasing the sensor aperture area.
Sony has also reduced the random noise and the fixed pattern noise by improving the pixel process technology and improving the peripheral circuit characteristics. Due to the improvements achieved in the overall signal-to-noise characteristics, these new sensors achieve improved picture quality in low-light imaging.
* Full HD Support
In addition to a 3.2M-pixel all-pixel scan mode, the IMX036LQR also provides both a horizontal and vertical 2/2-line addition mode and a horizontal and vertical 3/3-line addition mode. (See table 3.) It also achieves full HD output at 60 frame/s with 10-bit A/D conversion when a 37.125 MHz clock is provided in 1080p HD mode and can provide a full high definition output without using a frame buffer or any other timing adjustment. In this mode, the optical size is equivalent to the Type 1/3 size.
These devices also include a 12-bit mode in which the A/D converter resolution is increased, and achieve full HD high-speed drive at a maximum of 30 frame/s. In addition, these devices include both a CMOS output system and a low-voltage LVDS output system that supports high-speed readout as readout interfaces. Users can select the readout interface appropriate for the application.
* Lineup
Sony provides both a primary color filter version, the IMX036LQR, and a black-and- white version, the IMX036LLR. The IMX036LLR achieves a peak sensitivity value about twice that of the IMX036LQR.
Both are provided in packages that can withstand high-temperature reflow soldering (peak temperature: 240°C).
Furthermore, these devices are pin compatible with the IMX035LQR/LLR for easy end product lineup deployment in existing systems.
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Voice
•••• Mr. Yoshioka and Mr.Takamoto••••
Face
The IMX036LQR/LLR sensors take advantage of the high-speed performance, which is a feature of Sony CMOS sensors, to achieve full HD support as industrial application sensors. With the cooperation of the related divisions, we increased the pixel sensitivity and reduced the peripheral circuit noise to create sensors that we are confident will be more than satisfactory. We strongly recommend that you take a close look at the images produced by these sensors to appreciate the high picture quality.
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