EN
EN CN
Register/Login
GSENSE Series
The GSENSE series is a world leading scientific CMOS image sensor family, designed with correlated multiple sampling for extreme low noise, true HDR for high dynamic range and optional backside illumination technology for quantum efficiency of up to 95%. Primary applications include scientific imaging, medical imaging, spectroscopy, fluorescence imaging, astronomy, high energy physics, and high-end surveillance.
Contact us
Large area design
BSI
HDR
Low noise
GSENSE6060BSI
37MP 10μm 5.4" ROLLING SHUTTER IMAGE SENSOR
GSENSE6060BSI is designed with a large imaging area for demanding astronomical and scientific imaging applications. With its top and bottom readout chains consisting of 2×25 LVDS pairs running up to 420 MHz, GSENSE6060BSI’s frame rate is up to 26 fps with 12bit ADC, allowing scientists to observe with the never-achieved temporal resolution of large format imagers. The two readout chains also provide the possibility for HDR combination up to 90 dB. GSENSE6060BSI supports up to 4 times correlated multiple sampling (CMS). In CMS mode, the reset and pixel output are sampled for multiple times and summed up for pixel-related noise suppression. The Aluminum Nitride package of GSENSE6060BSI provides 10x thermal conductivity than the traditional Alumina package, as well as excellent flatness both at the room temperature and deep-cooled temperatures. GSENSE6060BSI is equipped with removable glass lids.
  • Key features and Benefits

    Large format BSI scientific CMOS

    Peak QE of 95%

    14bit with CMS
  • Package Drawing
  • Block Diagram
  • QE Curve
GSENSE6060BSI
GSENSE6060BSI
Specifications

  • Resolution

    37 MP

    Nr of Active Pixels

    6144 (H) x 6144 (V)

  • Optical format

    5.4"

    Pixel size

    10 μm x 10 μm

  • photosensitive area

    61.44 mm x 61.44 mm

    Shutter type

    Rolling Shutter

  • Peak QE

    95% @ 580 nm

    Full well capacity

    95 ke‾

  • Parasitic Light Sensitivity

    -

    Temporal noise

    2.3 e‾

  • Dark Current

    0.019 e‾/pixel/s @ -53℃

    Dynamic Range

    90 dB @ 12 bit HDR mode, 73 dB @ 12 bit STD mode, 77 dB @14bit STD mode

  • Max Frame rate

    26 fps@12 bit STD

    Angular response

    -

  • Max. SNR

    48.6 dB

    ADC

    12/14 bit

  • Output format

    52 ch LVDS

    Channel multiplexing

    52/14

  • Max. Data rate

    31.5 Gbps

    Chroma

    Mono

  • Power consumption

    4.6 W

    Supply voltage

    6.5V (analog)、1.85V (digital)

  • Package

    250 pins PGA (74.0 mm x 99.0 mm)

    Availability

    Mass Production (MP)

Product Number
  • GSENSE6060BSI-ABM-NPN-AR0
    BSI Image Sensor, Monochrome without microlens on die, 250-pin PGA ALN package, Uncoated D 263® T eco glass lid with ceramic ring attached to the ALN package with low-residue double-sided tape, Grade 0
  • GSENSE6060BSI-ABM-NPN-AR2
    BSI Image Sensor, Monochrome without microlens on die, 250-pin PGA ALN package, Uncoated D 263® T eco glass lid with ceramic ring attached to the ALN package with low-residue double-sided tape, Grade 2
  • GSENSE6060BSI-ABM-NPN-AR1
    BSI Image Sensor, Monochrome without microlens on die, 250-pin PGA ALN package, Uncoated D 263® T eco glass lid with ceramic ring attached to the ALN package with low-residue double-sided tape, Grade 1
  • EVA-6060B-RT12
    Evaluation board Operation mode: HDR mode Lens holder: T-mount Interface: Camera link MDR-MDR
Download
Product Flyer
Datasheet
Application
Spectroscopy
Learn more
Life Sciences
Learn more
Astronomy
Learn more
Microscopy
Learn more
X-Ray
Learn more
Subscribe
You will instantly receive the latest information about this product's update.
Subscribe after registering your personal information
关注微信公众号
Copyright © 2023 Gpixel Microelectronics Inc. All rights reserved Legal Notices Cookies Policy Privacy Policy Site Map
Contact Us

  • Name *

  • Company Name *

  • Country/Region *

  • Email *

  • How can we help? *

I have read in detail and agree to Gpixel's Privacy Policy

I have read in detail and agree to Gpixel's Privacy Policy

Submit
Share on Facebook
Share on Twitter
Pin it
Download image
0