GSPRINT6502BSI

6.5μm 2MP GLOBAL SHUTTER CMOS IMAGE SENSOR

GSPRINT6502BSI is a backside illuminated global shutter CMOS image sensor with 2048 (H) x 1152 (V) pixels, each 6.5 µm square, providing a wide format and compatibility with 1” optics. The combination of backside illumination and a large 6.5 µm pixel maximize light collection in high-speed imaging applications including 3D laser profiling and scientific imaging. With 10-bit output and 32 pairs of sub-LVDS outputs each operating at 1.2 Gbps, the GSPRINT6502BSI achieves 1500 frames per second. Up to 8 vertically oriented regions of interest can be defined to operate the sensor at increased frame rates. For applications in which the maximum frame rate is not required, multiplexing modes are available to reduce the number out output channels by any multiple of 2. Backside illumination technology ensures that the image sensor is sensitive to light across a wide spectral range from from the UV to the NIR, making it compatible with a variety of laser wavelengths. In addition, a broad angular response achieves 80% quantum efficiency at an incident angle of 34 degrees from the normal. At 1x PGA gain, the sensor’s full well capacity is 20 ke¯ and the dynamic range is 57 dB. The analog gain can be adjusted from 1x up to 7x in 0.5x increments. On-chip 2x vertical binning can be used to increase the full well capacity, dynamic range, and frame rate. A vertical sub-sampling mode is also available for increased frame rate while maintaining the full field of view. The sensor features on-chip sequencer, SPI control, PLL, and both analog and digital temperature sensors, and is assembled into a 130-pin LGA package. Noise of 24.3e¯ median.