DISCOVER NEW HORIZONS
Telescope: Lacerta 10″ f/4 Carbon Newton
Mount: Sky-Watcher EQ6-R Pro
Frames: Antlia V-Pro Blue 36 mm: 13×20″(4′ 20″) (gain: 56.00) -10°C bin 1×1
Antlia V-Pro Green 36 mm: 13×20″(4′ 20″) (gain: 56.00) -10°C bin 1×1
Antlia V-Pro Luminance 36 mm: 13×20″(4′ 20″) (gain: 56.00) -10°C bin 1×1
Antlia V-Pro Red 36 mm: 13×20″(4′ 20″) (gain: 56.00) -10°C bin 1×1
Original image: https://www.astrobin.com/pcdsqs/
QHYCCD Scientific Cameras offer the latest technology in scientific imaging reasonable prices. Scientific CMOS image sensors offer extremely low noise, rapid frame rates, wide dynamic range, high quantum efficiency, high resolution, and a large field of view simultaneously in one image. In this sense, while QHYCCD cameras made for astronomy clearly fit the definition of scientific cameras, we differentiate our scientific camera models based on additional features not found on similar models used for astro-imaging.
QHY6060Pro is a scientific CMOS camera with 37.7 Megapixels, 61mm square (89mm diagonal) sensor, 10um pixel size, 14bit ADC and 6K*6K resolution. It has both back-illuminated version and front-illuminated versions. The BSI version has 95% peak QE and has soft X-ray response. QHY6060 Pro supports both air and liquid cooling.
QHY411 Pro has 150 megapixels, with 54*40mm sensor size, while QHY461 Pro has 100 megapixels and 44*33mm sensor size. The features of their sensors are similar, back-illuminated, native 16bit A/D, medium format. Both QHY411 Pro and QHY461 Pro have 2*10GigaE interfaces and support higher readout speed. Mono and color version
QHY4040PRO Series ultilize Gpixel GSENSE4040 CMOS sensor, with 9.0μm pixels in a 4K*4K array. Available in both t FSI and BSI version. The BSI version has a peak QE of 90% and a wide spectrum from UV to Near IR. The QHY4040PRO Series supports dual 12bit channel output (high gain&low
QHY600PRO Series use SONY IMX455 back-illuminated sensor, a full-frame (35mm format) sensor with 3.76μm pixels and native 16bit A/D. This sensor is available in monochrome and color versions. Specially designed for scientific applications, including the 2*10Gbps fiber interface, USB3.0 interface, 2GB DDR3 memory, 6PIN GPIO/Trig/GPS connector.
QHY268M Pro I Scientific Camera is a new generation of back-illuminated CMOS camera SONY IMX571, true 16-bit A/D and 3.76um pixels. BSI, 3.76um Pixels, 26MP, Mutiple Readout Modes, 2*10G Fiber.
QHY990/QHY991/QHY992 cameras, with the Sony InGaAs IMX990/IMX991/IMX992 sensor, are scientific short-wavelength infrared (SWIR) cameras with Sony InGaAs sensors. They have a QE of up to 77% at 1200 nm and have a wide waveband (0.4 μm-1.7 μm) with high sensitivity. QHY990 Series supports both air cooling and liquid cooling. The
The QHY1920 is a Scientific CMOS camera with a large 12um pixel size. It is ideal for science research and industry in low light. And it has a relatively high QE in the IR Spectra and can be used in IR applications.
QHY530 is a professional scientific planetary camera developed by QHYCCD specifically for planetary research projects, amateur astronomers, and professional users with high-end requirements for planetary photography. It features the Sony IMX530 sensor with 24.55 Megapixels, utilizes a global shutter, and is equipped with various interfaces and professional features such as
QHY9701 is a cooled scientific CMOS camera with GSENSE9701 back illuminated scientific-level CMOS sensor. With the characteristics of large pixels, ultra-wide spectrum and low noise, it is suitable for high-end microscopy, micro-optics, biofluorescence and other scientific research fields.
QHY1253P Polarized Camera, IMX253 Global shutter CMOS sensor with the special Polarize version.
QHY550P Polarized Camera, SONY IMX250 Global shutter CMOS sensor with the special Polarize version. 2/3inch 5.0mega pixel Sensor.
QHY174GPS Scientific Cooled Camera , 1/1.2-inch SONY IMX174 CMOS sensor with global shutter. 5.86um pixels,high QE of 78%, and low read noise of 3-5e-. The QHY174GPS has a unique built-in GPS module that can sync with the atomic clock signals received from GPS satellites.
QHY2020 Scientific Cooled Camera, GSENSE2020 back illuminated CMOS sensor: 13.3mm x 13.3mm, 2K*2K resolution, 4mega pixels. Gsense2020/Dual 12bit/4Megapixels/6.5um
The QHY42 uses the Gsense400 Scientific CMOS sensor. With extraordinary 95% peak QE, 79% UV QE and very good NIR response. Dual/12bit/4Megapixels/11um
The QHY487Pro I features a 2/3-inch Sony IMX487 back-illuminated UV sensor with a native global shutter. It is characterized by high sensitivity in the UV range (200 nm-400 nm) and low dark current, making it ideal for astronomical and biological science research.
