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Microscopy
Advanced microscopy uses ambient light intensity to reduce the potential damage to the sample. To obtain a high signal-to-noise ratio in a weak signal environment, CMOS image sensors have high sensitivity and low readout noise. The peak quantum efficiency of the Gpixel back-illuminated CMOS image sensor portfolio is as high as 95%, and the noise is as low as 0.5 e-. Gpixel can provide a CMOS sensor with a removable glass cover and no microlens, which is more suitable for optical fiber bonding (FOP bonding) to improve the detection ability of X-ray or electronics.
Electron Microscopy Fluorescence Imaging Soft X-ray Microscopy
Recommended Products
GSENSE4040BSI
GSENSE4040BSI is a BSI CMOS image sensor of 16.8MP (4096 x 4096) resolution with 9 μm × 9 μm pixel size, and a photosensitive area of 36.8 mm x 36.8 mm (52 mm diagonal). Using dual gain HDR operation mode, 84.6 dB is achieved with 39.2k e¯ full well capacity and 2.3 e¯ readout noise. 18 pairs of LVDS channels running at 600 MHz per channel support full-resolution imaging at a frame rate of 24 fps. GSENSE4040BSI is assembled in 140-pin PGA ceramic package with a removable glass lid. This sensor is pin compatible with GSENSE4040FSI for fast and easy integration
GSENSE4040
GSENSE4040 is a 16.8Mega pixel resolution CMOS image sensor. Featured with five transistor (5T) HDR pixel design on a 9 μm pitch, the sensor could achieve 3.7 e‾ dark noise and 74 ke‾ FWC simultaneously in HDR mode. GSENSE4040’s maximum frame rate (will full resolution) is 24 fps in HDR mode. It supports 2 x 2 charge binning mode in which x 4 frame rate is achieved. These features make GSENSE4040 an ideal image sensor for various applications. GSENSE4040 is offered in two variations: CMN and CMT. CMN is a monochrome sensor without microlens array and protected by a removable glass lid, which is ideal for X-ray imaging, charged particle detection, and micro-CT application; while CMT is a monochrome sensor with microlens array and sealed with D263®T lids with anti-reflective coating on both sides, ideal for medical imaging and astronomy applications.
GSENSE400BSI
The GSENSE400BSI is a high-performance 2k x 2k image sensor designed for the most demanding scientific applications. It’s generous 11 μm rolling shutter pixel combined with the sensor’s dual gain HDR functionality deliver over 94 dB of dynamic range while maintaining a frame rate of 24 fps. If higher frame rates are required, 48 fps can be sustained in standard imaging mode with a dynamic range of 65 dB. The sensor’s exceptional sensitivity is due to its 1.3 e¯ read noise floor, low dark current, and backside thinning technology with peak QE of 95%. The 12bit data is delivered over 8 pairs of LVDS outputs and the total power consumption is below 650 mW. The sensor is packaged in a 115-pin PGA with removable cover glass for easy integration into cooled camera systems. The 22.5 mm x 22.5 mm square active imaging area is ideally sized for microscopy applications. Whether used to capture long exposures of faraway nebulae or for high-throughput imaging of biological samples, the GSENSE400BSI is the scientific industry’s high-performance imaging workhorse.
GSENSE400
The GSENSE400 is a 4 Megapixels resolution CMOS image sensor using 11μm pitch high dynamic range pixel. The sensor operates in electronic rolling shutter and features an extremely low temporal noise of 1.5 e‾ The sensor peak QE is around 58% without μlens. High sensitivity combining the very low noise and low dark current makes it perfect for scientific applications. This image sensor has two operation modes, STD mode in 48 fps or HDR mode which is optimized for high dynamic range (HDR) applications with half frame rate. In HDR mode, the sensor achieves a linear dynamic range of more than 95.6 dB. GSENSE400 integrates a 12bit ADC, a temperature sensor, a PLL and SPI control on-chip. The power consumption of the image sensor running at full speed is less than 600mW.
GSENSE2020BSI
GSENSE2020BSI is a backside illuminated (BSI) scientific CMOS image sensor, with 4MP resolution and 6.5 μm pixel size. With six-transistor (6T) pixel architecture, GSENSE2020BSI features readout noise of 1.6 e¯, full well of 55 ke¯, as well as peak QE of 95%. In addition, the sensor supports correlated multiple sampling (CMS), the read noise can be further reduced to 1.2 e¯ with 2-CMS operation. GSENSE2020BSI’s max. frame rate is 74 fps with 11bit HDR mode. The frame rate, as well as the global reset function, make GSENSE2020BSI the best solution for industrial inspection requiring superior UV sensitivity. In addition, GSENSE2020BSI is pin-compatible with GSENSE2020 and GSENSE2011, allowing easy hardware integration with minimized development, and fast time-to-market.
GSENSE2020
GSENSE2020 is a 4MP resolution scientific CMOS image sensor, capable of operating with either global or rolling shutter. Featured with six transistor (6T) pixel design on a 6.5 μm pitch, the sensor has a very low readout noise of 2.1 e¯ in rolling shutter HDR mode with maximum frame rate of 47 fps / 370 fps. Sensor’s HDR mode is based on dual gain HDR, meaning sensor outputs two images with Low gain setting and High gain setting after each exposure, combining the two images off chip with HDR construction algorithm allow up to 87dB dynamic range. Sensor also supports global shutter mode with maximum frame rate of 370fps.
GSENSE2011
GSENSE2011 is a 2Mega pixel resolution scientific CMOS image sensor, capable of operating with either global or rolling shutter. Featured with six transistor (6T) pixel design on a 6.5 μm pitch, the sensor has a very low readout noise of 2.1 e¯ in rolling shutter HDR mode with max. frame rate is 83 fps in 12bit rolling HDR mode. Sensor’s HDR mode is based on dual gain HDR, meaning sensor outputs two images with Low gain setting and High gain setting after each exposure, combining the two images off-chip with HDR construction algorithm allow up to 87 dB dynamic range. The sensor also supports 653 fps Global DDS mode with trade-off on readout noise. These features make GSENSE2011 an ideal sensor for various applications.
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