QHY model QHY5III485C color CMOS camera

QHY model QHY5III485C color CMOS camera

QHY110085
Stock at Supplier
326.40
VAT excluded Shipping 5/7d

QHY 5III 485C color camera, planetary and All-Sky.

Order it before 6 hours and 30 minutes and receive it between on Thursday, 19 December and Thursday, 26 December with Home delivery - International

Delivery Options
Carrier Description Estimated Delivery
Home delivery - International Home delivery - International

Thursday, 19 December - Thursday, 26 December

Home delivery - International

Home delivery - International

Estimated delivery:
Thursday, 19 December - Thursday, 26 December

 

QHYCCDAnnounces anew cameraTo your line ofhigh speed, high QE and low noise planetary chambers, the cameraQHY5III485CWith the new SONY IMX485 color CMOS sensor, back-illuminated, with 8.4 megapixel and 3864 x 2180 pixels at 2.9um. With USB 3.0, and a full frame rate of 44 FPS at 8-bit or 18.5 FPS at 16-bit.Smaller regions of interest will produce even faster frame rates.

This new QHY camera is a perfect match for the recently releasedQHY5III462C.

The camera is equipped with a16:9 resolution, which is equivalent to conventional video output. Featuring a high native resolution, this camera can play a special role in therecording of astronomical videos and live broadcasts of astronomical science.

In addition, it is specially equipped with a128 MB DDR integrated image buffer. In the non-video output mode, the built-in DDR buffer can effectively relieve the transmission pressure generated by alarge volume of high-resolution data and reduce information loss.

Includes afisheye lensTo function as an All-Sky camera in the standard package. This 2.5 mm lens converts the planetary camera into a8.4-megapixel high-resolution All Sky camera with 180-degree field of view.

Large sensor

The QHY5III485C has an area four times larger than the QHY5III485CQHY5III462C. and also four times more pixels. The area is the same size as that of the popular IMX174 sensor, but with higher resolution and "back illuminated". This generous field of view of the large sensor makes it ideal forsolar applicationsand lunar images, while theQHY5III462C. with a smaller and faster sensor with its improved IR response, it is the best choice for imaging planets such as Jupiter, Saturn and Mars.

QHY5III-485-sensor-in-cam-min.png

Technical specifications of the QHY5III485C

  • Model: QHY5III485C
  • CMOS sensor: SONY IMX485 CMOS
  • Pixel size: 2.9um x 2.9um
  • Effective pixel area: 3864 x 2180
  • Effective pixels: 8.4 magapixels
  • Full Well: 12,236e Read Noise 1.0e- to 2.4e- Standard Mode, 0.6e- to 1.09e- sHGC Mode
  • AD Sample Depth: 8-bit/12-bit (output as 8-bit and 16-bit)
  • Sensor size: 1/1.2 inch
  • Capture Rate: Full Resolution 44 FPS@8-bits, 18.5 FPS @ 16-bits (USB3.0 Port)
  • ROI Frame Rate:
        • 78.5FPS @1200 lines,
        • 87 FPS @ 1080 lines,
        • 91.5 FPS @ 1024 lines,
          97.5 FPS @ 960 lines,
        • 121 FPS @ 768 lines,
        • 190 FPS @ 480 lines
  • Exposure times: 10us - 300sec
  • Shutter: Electronic
  • Computer connection: USB3.0
  • Guidance port: Yes
  • Telescope connection: 1.25-inch with CS threads (C-adapter included)
  • Optical window: UV/IR cutting and optical treatment

High QE and sHCG

While the QHY5III485C camera does not have the extended near-infrared response of the QHY5III462C camera, it does feature sHGC (Super High Cain Conversion) for exceptionally low read noise (less than 1e-).

To obtainsolar and lunar images,nIR response is not required, but the ability to take multiple short exposures in H-alpha light.This camera is ideal for solar use and for making movies of solar prominences, arcs and flares.

QHY5III-485_qe_cropped-min.png

QHY5III-485-campos-de-vision-02.png

QHY5III-485-campo-de-vision-01-min.png

QHY5III-485-readnoise-min.png

QHY5III-485-dynamic-range-min.png

QHY5III-485-full-well-capacity-min.png

Mechanical dimensions

Accessories

20231017305.jpg?lossy=2&strip=1&webp=1

8 other products in the same category:
Product added to wishlist
Producto eliminado de favoritos