Astrolumina Alccd-QHY 224coolc - cooled CMOS Color Camera, USB3.0
Cooling allows longer exposure times for deep-sky objects, but the super high frame rates make the camera also excellent for planetary, lunar and solar imaging.
Reduced dark current due to Peltier cooling, high sensitivity - a fine deep-sky camera Super-high frame rate, so also well suited for sun, moon and planets Back-illuminated sensor for highest sensitivity and quantum efficiency in the visible and infrared range of light Minimal back-focus necessary, thus suitable for off-axis guiders Only 450 g will not put much load on your telescope Additional power supply (12 V DC) necessary
Product number: ALCCD224COOLC
EUR899.00newEUR 899,00
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Astrolumina Alccd-QHY 224coolc - cooled CMOS Color Camera, USB3.0
Cooling allows longer exposure times for deep-sky objects, but the super high frame rates make the camera also excellent for planetary, lunar and solar imaging.
Reduced dark current due to Peltier cooling, high sensitivity - a fine deep-sky camera Super-high frame rate, so also well suited for sun, moon and planets Back-illuminated sensor for highest sensitivity and quantum efficiency in the visible and infrared range of light Minimal back-focus necessary, thus suitable for off-axis guiders Only 450 g will not put much load on your telescope Additional power supply (12 V DC) necessary
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Astrolumina Alccd-QHY 224c - very fast CMOS Color Camera with Cooling
The ALccd-QHY 224 belongs to a new series of cooled USB 3.0 cameras. With its sensor, it is an excellent camera for the solar, lunar, planetary and meteor photography, but with the cooling, it works also also a low-noise and highly sensitive camera for deep sky photography.
The integrated DDRII cache of ALccd-QHY cameras 174, 178, 224 and 290 has a memory size of 128MB and ensures that no image will be lost when downloading. It is also the prerequisite for even in low-performance PCs and USB2.0 to have no loss of picture or to download an image at all.
Sensor and shutter
In the ALccd-QHY 224, the built-in sensor works in "rolling shutter" mode. A new pixel technology allows highest sensitivity and quantum efficiency in the visible and infrared range of light. Sony promotes this sensor as the one having the highest sensitivity in the line of small Sony sensors. At high gain settings, the readout noise as low (<1e) that this results in high sensitivity values. Thus weakest light signals can be recorded which are only just above the backgrpund noise. This property is necessary, for example, for high resolution planetary imaging with low aperture ratios.
If you are looking for a very sensitive sensor for low-light applications, then you are absolutely aright with this model.
In an HD video stream you can reach up to 150 frames per second. However, this depends on the USB3.0 controller and how fast the data can be flushed (SSD).
The housing
The sensor chamber of the cooled ALccd-QHY cameras 174, 178,224 and 290 is sealed and is heated with a special heating. Thus, fogging is counteracted, particularly in application areas with high humidity.
The cameras are very compact, which takes effect especially for smaller, portable telescopes, but a small camera is also beneficial when used in special technical assemblies.
System requirements
The camera has an advanced electronics that makes a PC with USB 2.0 support necessary. The maximum performance can be reached only with a powerful USB 3.0 computer.
Included is the original recording software "EZCAP".
The operating software is Windows 7, 8 and 10 compatible and supported by 32- and 64-bit.
In addition, we recommend the ASCOM compatible software packages MSB AstroArt or MaxIm DL.
Note
The ALccd-QHY cameras 174, 178,224 and 290 cameras require an external power supply with 12V and min. 3A.
The power consumption is up to 27W (100% cooling) with minimum at 8W (cooling off).
Type: | Sony IMX224 Exmor CMOS color chip |
Active pixels: | 1,280 * 960 (1.2 megapixels) |
Pixel size: | 3.75 microns x 3.75 microns (square pixels) |
Chip size: | 4.8 x 3.6 mm (approx 6 mm diagonal) |
Fullwell: | >19 ke- |
Anti blooming gate: | 1000x |
Die: | With microlenses |
Readout type: | Progressive scan |
Shutter type: | Rolling |
Binning: | 1x1 and 2x2 |
Data depth integration: | 10 bit / 12 bit |
Data depth output: | 8 bit / 12 bit |
Readout noise: | 3 e- @low ain, 0.55 e- @high gain |
Readout speed: | 150 frames/second @max. resolution |
Interface: | USB 3.0 (backwards compatible with USB 2.0) |
Memory: | 128 MB DDRII |
Exposure times: | 50 µs - 30 min |
Anti-amp control: | yes |
Cooling: | Peltier, 2-stage |
Maximum temperature difference: | 40 °C |
Powered: | 12 V + USB cable (both at the same time!) |
Autoguider port: | Integrated (LEMO to RJ-12) |
Filter wheel connector CFW2: | Dovetail ring and 4-pin |
Telescope connection: | 31.7mm (1 1/4 ") male terminal, T2-thread |
Sensor chamber window: | With automatic heating |
Dimensions (DxH): | 76x80 mm |
Weight: | 450 g |
12V cable with car adapter Software (EZCap) and drivers (Windows system drivers and ASCOM)
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