QHY163M Monochrome Astronomical Camera

$1,199.00
Article number: QHY163M
Availability: More on the Way to us

QHY163 is a model designed for astrophotography beginners. It exhibits excellent sensitivity and low noise with its 4/3-inch sensor having about twice the field of view.  It is well suited to planetary and deep-space imaging particularly when mated with the CFW3 filter wheel. This model has two-stage thermal electric cooling of the sensor to about minus 40 degrees C below ambient for maximum reduction of dark current noise in long exposures.

QHY163 incorporates QHY’s Anti-Amp Glow technology to significantly reduce typical CMOS amplifier glow to a minimum, allowing excellent calibration by subtracting a dark frame.

QHY163 utilizes the Anti-Dew features common to the QHY COLDMOS cameras. Dew is moisture that condenses from the air onto the outside of the chamber window.  Frost is water vapor that freezes when it comes into contact with the inside of the chamber window or the surface of the sensor.  QHY has nearly 20 years of experience designing cooled cameras and these models benefit from those years of anti-dew and anti-frost design experience.  To help prevent dew from forming on the chamber window heating elements are built into the light shield just above the chamber. To avoid frost from forming inside the chamber a desiccant tube is provided that can easily be attached by the user to the outside of the camera when needed to dry the internal atmosphere of the chamber and remove any built-up moisture.

QHY163 models can be used as guiding devices, too.  The Opto-isolated guiding port is a standard ST-4 configuration using an RJ11 style Jack.  A guiding cable is included with each camera.

The QHY163M uses a relatively large 4/3-inch, 16 Megapixel CMOS sensor, available in both monochrome and color. The QHY163M has exceptionally low readout noise (as low as 1 electron!), low dark current and two-stage cooling capable of reducing the sensor temperature to -40C below ambient.  The sensor chamber is sealed and the optical window is heated to prevent dew.  The camera’s interface is USB 3.0 and delivers 23FPS@16 megapixel full resolution output, 30FPS@4K HD video output.

Specifications
Model QHY163M
CMOS Sensor Panasonic 16mega pixel 4/3inch sensor
Mono/Color Mono only

 

(163C discontinued in 2020)

FSI/BSI FSI
Pixel Size 3.8um*3.8um
Effective Area 4656*3522
Effective Pixels 16 mega
Sensor Size

 

 

Typical 4/3inch

 

17.7mm*13.4mm

Fullwell 18ke- to 20ke-
AD Sample Depth 12bit/10bit (output as 16bit and 8bit)
Max Full Frame Rate and ROI Frame Rate  22.5FPS@16mega Full Resolution

 

30FPS@4K HD Video

57FPS@1920*1080

60FPS@1280*1024

80FPS@1024*768

100fps@800*600

Readout Noise 2.4e@low gain

 

1.0e@high gain

Dark Current 0.006e/pixel/sec @ -20C
Exposure Time Range 60us-1800sec
Unity Gain 120
Anti-Glow Control Yes
Shutter Type Electric Rolling Shutter
Computer Interface USB3.0
Built-in Image Buffer 128MByte DDR2 memory
Cooling System Dual Stage TEC cooler (about -40C below ambient)(Test temperature +20°)
Optic Window Type QHY163M: AR+AR High Quality Multi-Layer Anti-Reflection Coating
Anti-Dew Heater Silicon gel tube socket
Telescope Interface M42/0.75
Back Focal Length 17.5mm
Weigth 442g
   
Curves

Accessories, Combos and Adapters
Combos and Adapters

For cameras with a sensor larger than 1-inch and smaller than APS-C (QHY163m/294m) we recommend a combination of CFW3M (US) + OAGM (optional);

Model BFL Consumed Filters Supported
QHY163M/294M 17.5mm 7 position

 

36mm unmounted

CFW3M-US 17.5mm
OAGM 10mm

 

Back Focal Length (BFL), in the commercial camera field, refers to the design distance from the center of the rear lens element to the surface of the sensor.  Generally, the lens will only focus correctly at infinity if the camera’s back focal length meets the standard requirements provided by the lens manufacturer.  This is also true for many Multi-Purpose Coma Correctors designed to be used on telescopes before the camera.

Optical system Back focal length required
Typical Multi-Purpose Coma Corrector 55mm – 57.5mm
Canon 35mm lens 44.1mm
Nikon 35mm lens 46.5mm

 

A1: Connecting MPCC that requires 55mm BFL and M48 interface to Camera with Filter Wheel and OAG

Note:

  1. If you only own CFW3M-SR whose BFL is 20.5mm rather than 17.5mm, this adapter combination can still be used, just remove the 3mm and 0.5mm adapters.
  2. If your MPCC requires a BFL different from 55mm, this adjustment can be made by selecting the appropriate spacer between the MPCC and the OAG.  For example, an MPCC that requires 57.5mm can be used instead by adding a spacer ring or rings that add 2.5mm of BFL. to the diagram above.
  3. If you don’t use an OAG, you can use a 10mm spacer adapter in the adapter kits to replace the original position of OAG.
  4. Put OAG at the position next to the M48 Output to make both main cam and guiding cam focused.
A2: Connect Canon lens with filter Wheel

Note: You need to remove the filter wheel and the original connection interface of the camera and replace it with a new adapter.

A3: Connect Nikon F Lens to Camera with Filter Wheel

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