QHY6060 BSI / FSI Cooled Scientific Cameras

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QHY6060 BSI / FSI Cooled Scientific Cameras

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  • Cooled Scientific CMOS Camera uses a GSENSE6060 scientific CMOS image sensor with 37.7 Megapixels at 10μm, 6144 x 6144 Array
  • Large area sensor is 61.44mm square, with a diagonal of 86.8mm, about twice the diagonal dimension and over four times the area of a full frame 35mm format sensor
  • High Quantum Efficiency of 95% (Back-Illuminated) / 75 % (Front-Illuminated)
  • Ultra-Low Read Noise of 4e-
  • Maximum frame rate is more than 40fps with 12bit ADC
  • On-chip 14-bit ADC combined with a correlated multisampling (CMS) technique unprecedentedly extends the sensor intra-scene dynamic range to 16-bits
  • High Dynamic Range 72dB to 90dB
  • Electronic Rolling Shutter with Global Reset
  • Two-stage Thermoelectric Cooling (TE) and USB3.0 interface
  • Available in a Back Illuminated and Front Illuminated version
  • Please select the appropriate QHY6060 camera for further technical details form the Drop-Down menu below
Important note: The scientific CMOS cameras of QHYCCD are not in stock and can be ordered from the manufacturer on request. Please contact us in advance by email if you would like to place an order

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QHY6060 BSI / FSI Cooled Scientific Cameras

The GENSENSE6060 is designed with a large imaging area for demanding astronomical and scientific applications. With its top and bottom readouts, the sensor maximum frame rate is more than 40fps with 12bit ADC, allowing scientists to observe with remarkable temporal resolution. The on-chip 14-bit ADC combined with a correlated multisampling (CMS) technique unprecedentedly extends the sensor intra-scene dynamic range to 16-bits. The two readout chains also provide the possibility for HDR combination up to 90dB. The Aluminum Nitride package provides 10x better thermal conductivity compared to traditional Alumina packages and also provides excellent flatness both at room temperature and with deep-cooling.

Large Area Sensor
The GSENSE6060 CMOS sensor is 61.44mm square, with a diagonal of 86.8mm, about twice the diagonal dimension and over four times the area of a full frame 35mm format sensor.

High Quantum Efficiency FSI 75% / BSI 95%
The GSENSE6060 will be available in both back-illuminated and front-illuminated versions. The back-illuminated version has a peak QE of 95%, the front-illuminated version has 75% peak QE.

Efficient TC Cooling
The QHY6060 has dual stage TE cooling that reduces the sensor temperature to -40C below ambient.

12-bit / 14 bit - 90dB dynamic range
The COMS technique of five transistor (5T) HDR pixel design on a 10µm pitch enables the GSENSE6060 to decrease dark noise and increase the dynamic range to as much as 90dB.

If you have any further questions, please send us an email to kontakt (at) baader-planetarium.de.

Please note the additional details on the Tab "Downloads"

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