SBIG-STXL-16200 Ultimate Package
SBIG 16200 Ultimate Package – Special -
SBIG has packaged their STXL 16200 with additional separate items into this Ultimate Package, and it includes the camera itself! Also included are an AO-X adaptive optics unit, an FW8G-STXL Self-Guiding 8-Position Filter Wheel, a set of four 50 mm round Baader (LRGB) filters, and a set of three 50.4 mm Baader (Ha, SII, and OIII) narrowband filters.
= = = = =
Manufacturer's Note: SBIG is discontinuing this bundle on December 25th, 2018.
The manufacturer states that to qualify your order must be placed in time for OPT to order before Dec 25th, no exceptions.
= = = = =
SBIG has packaged their STXL 16200 with additional separate items into this Ultimate Package, and it includes the camera itself! AO-X adaptive optics unit, FW8G-STXL Self-Guiding 8-Position Filter Wheel, set of four 50 mm round Baader (LRGB) filters, set of three 50.4 mm Baader (Ha, SII, and OIII) narrowband filters,
The SBIG STXL supports up to 35 mm format CCD sensors. This camera includes a high sensitivity, 16 megapixel CCD with 6 micron pixels.
The STXL has two-stage cooling with deltas up to Negative 60-degrees C, is water cooling ready, and includes Ethernet and USB 2.0 computer interfaces. Many innovations for serious imagers have been designed into this professional camera, including:
- USB 2.0 and Ethernet in each camera
- Web browser control ready
- Two-Stage TE Cooling
- Cooling Delta up to Neg.60-degrees C with Air Only
- 12V DC operation (9 to 14V DC)
- Self-guiding in front of filters
- Full frame image buffer
- Self-Guiding in front of the filter wheel
- Optional Remote Guide Head
- Photometric shutter for large arrays
- Variable speed fan
- Quick Disconnect Water Cooling Ready
- User Rechargeable Desiccant Plug
- Opto-isolated Relays for Telescope Control
- Tracking Relay LED Indicators
- Power Management LED Indicators
Self-Guiding in Front of Filters
It is well known that the advantage of easier guiding through a separate guide scopes is often limited by differential deflection of the guide scope relative to the main optical axis due to mechanical flexure or shifting of the mirror in the main OTA. It was this difficulty that SBIG addressed with their patented self-guiding design, and that they and others have addressed with an Off-Axis Guiding solution. Self-guiding is more convenient and more accurate but can prove more difficult when narrowband filters are used. Separate off-axis guiders can be clumsy and consume excess back focus distance. The ideal solution was therefore to design a self-guiding system that placed the guiding CCD in front of the filters using an integrated design that is easy to control. With the guider CCD integrated into the filter wheel, and focal reducing optics to increase the field of view, the optical design is optimized for guiding and everything is controlled through a single interface. The guider connects directly to the camera and does not require additional power or control cables. The system can be operated by a single software package as one camera.
Micron-Precision Filter Wheel
In addition, STXL filter wheels are designed with a same precise positioning mechanism. With precise positioning, a filter is returned and held in precisely the same position every time it is rotated into the optical path, even after a loss of power and no matter how many times the filter wheel has moved. SBIG measured this accuracy at better than 5 microns (less than one pixel).
USB 2.0 and Ethernet Interface
The STXL series has both USB 2.0 and Ethernet interface capability for the greatest versatility with a variety of computer systems. Users do not have to choose between the two. The Ethernet interface makes control of the camera over a network easy and less expensive than requiring a local computer to be controlled remotely. Moreover, the camera has a built-in web server. Also, with Ethernet, no camera drivers need to be installed. The STXL camera has a built-in web server that can be accessed from any browser.
The STXL uses an innovative pin fin heat sink. This design is the most efficient for dissipating heat per given volume, and while it is more expensive than typical parallel fin heat sinks commonly round elsewhere, it provides superior performance and minimizes size and weight at the same time. This is one of the reasons the STXL camera weighs less than other cameras with similar cooling performance. The new heat sink is an optimized design for this camera using a large custom pin fin heat sink mated directly to the hot side of the 2 stage TE cooler to achieve maximum heat dissipation with a single large fan. In less than 5 minutes the STXL achieves a delta of Neg.60-degrees C using air cooling only.
Water Circulation Ready
While the design is aimed at sufficiently cool without water assist, it is possible to use water instead of air or in addition to air for optimum cooling. Using water instead of air will not require the use of a fan.
Since the early days of the original ST-7 camera, SBIG has been providing even-illumination shutters in our cameras - something not found in most other astrophotography cameras. “Even-illumination” means that the shutter mechanism is designed to open and close in such a manner that it does not change the proportion of light falling on the sensor due to the shape or motion of the shutter itself. This is what one finds for instance with an iris type of shutter that opens-up starting at the center and closes over the center last.
User rechargeable desiccant
In order to allow the User the greatest flexibility in the field, and to avoid having to return the camera to the factory in order to purge the CCD chamber, we have designed the chamber to accept a rechargeable desiccant plug.
Full Frame Image Buffer
The STXL series cameras have a full frame image buffer for storing image data during download. This prevents possible corruption of the image due to processing delays in the main computer during download.
Variable Speed Fan
If the user desires air cooling only, the fan speed is controllable through software. Variable speed control allows the user to “tune” to fan to eliminate any resonance with the user’s telescope thus suppressing harmonic vibrations.
I2C AUX Port
The STXL cameras have a convenient I2C AUX port, which controls all accessories including filter wheels and AO-8T Adaptive Optics accessories.
Tracking Relay LED indicators
This handy set of 4 LEDs will tell you at a glance if the camera is issuing corrections to the mount in +X, -X, +Y, or -Y directions during an imaging session.
12V DC Operation
The STXL will internally regulate a 12V DC supply so that the camera can be connected directly to any unregulated source such as a car battery. Four power LEDs indicate if the supply Voltage drops to 11, 10, or 9 Volts and when it is "good." Operation of the camera is possible with a supply Voltage of 9.1 to 14Volts DC. Other LEDs indicate camera status and operation of the relays during guiding.
FW8G-STXL and Guiding:
Included in this package is the FW8G-STXL self-guided filter wheel. The FW8G-STXL filter wheel provides integrated self-guiding in front of the filters. It connects directly to the Guide Head port on the STXL camera, which provides all power and control signals. This provides a convenient, integrated package and minimizes mount cabling.
The SBIG FW8G-STXL is an 8-position self-guiding filter wheel for STXL series cameras.
- Micron-Precision filter positioning
- Built-in self-guiding CCD in front of the filters
- Repeatable filter positioning to better than a pixel
- Holds eight 50 mm round unmounted filters
Self-Guiding in Front of the Filters
Self-guiding has long been acknowledged as the best, most accurate way to guide long exposure astrophotos, particularly with commercial SCTs. The single most common complaint however is finding bright stars when guiding through dark or narrowband filters. The STXL filter wheel incorporates a KAI-0340 CCD with 640 x 480 pixels at 7.4 microns inside the front cover of the filter wheel so that the guider picks off light from the guide stars before passing through the filters. This guiding CCD is the same sensor used in the ST-I autoguider. Moreover, the optical elements that transfer the light from the pick-off mirror to the CCD act as a 0.7x focal reducer, like the OAG-8300 configuration. The result is a doubling of the field of view of the guiding CCD with a correspondingly greater selection of guide-stars.
There are two smaller adjustment knobs on the filter wheel base: one for focus and one for moving the pick-off mirror to avoid vignetting. A larger knob on the side of the filter wheel locks the adjustments in place once the best focus is achieved. A short cable is provided to connect the filter wheel guider to the remote guide head port on the camera. In the event that a Standard filter wheel cover is substituted for using Nikon or Canon EOS camera lens adapters, a remote guide head may be used for guiding instead of the built-in self-guiding CCD. The Standard and Self-Guiding Filter wheel covers are interchangeable.
Micron-Precision Filter Positioning:
Both the Standard and Self-Guiding versions of the STXL filter wheels incorporate the same micron-precision filter positioning mechanism as the STT Series cameras. When taking flat field frames of filtered images, the flat field frame must show exactly-the-same optical characteristics to be the most effective. If there is dust on the filter, or uneven illumination caused by the filter, this must be positioned exactly-the-same every time, or the flat-field will not be able to remove the image artifact. The STXL filter wheel is designed to provide a new level of accuracy when taking flats through filters by re-positioning filters to within a few microns every time. This allows the system to take extremely accurate flat field frames even after rotating the filter wheel several times, or after a loss of power.
The light frame at top, taken with the new filter wheel design, shows a large opaque spot caused by debris intentionally stuck on a clear filter. The filter wheel was rotated several times, then the clear filter was re-positioned, and a flat field image was taken through the same dirty filter. The image at bottom left shows the result after applying the flat field image to the original light frame. SBIG measured this positional accuracy to be better than 5.4 microns, or better than a single pixel of the STT-8300.
AO-X Adaptive Optics
Also included is the STXL’s AO-X Adaptive Optics accessory. The AO-X uses a tip-tilt window to quickly and precisely adjust the image position in response to autoguider feedback. With Adaptive Optics there is no backlash, stiction, or lag, and the movements are precise and accurate. This allows the AO-X to not only remove the effects of periodic error, drift, and wind gusts, but also reduce the effects of atmospheric seeing.
The SBIG AO-X is a large aperture AO designed to be compatible with all STX and STXL series cameras, including the STX-16803, STXL-16200, STXL-11000 and STXL-6303. The AO-X requires minimal back-focus while offering a large 3-inch aperture optical element.
The AO-X requires an off-axis guide camera behind the device. For STXL cameras, the manufacturer recommends using the included FW8G-STXL filter wheel. For STX cameras, the AO-X stacks on top of the FW7-STX and STX Guider. The AO-X can also be used with a Remote Guide Head if you have a custom Off-Axis Guider setup.
Telescope mounts cannot correct faster than about once per second. The 10Hz rate of the AO-X will clearly result in improved resolution under the right conditions.
- 50.4 mm round filters, set of four: LRGB (L is UV+IR blocked, all are AR coated, optically polished
- 50.4 mm Narrowband, set of 3 filters: Ha, SII, and OIII
All STXL cameras include a deluxe carrying case, universal power supply, power extension cable, USB cable, guider cable, and software.
|Delta T||60°C Below Ambient|
|Filter Type||H Alpha|
|Full Rez Frame Rate||2fps|
|Max Frame Rate||2fps|
|Mega Pixels||36.4 mp|
|Pixel Array||4500 x 3600|
|Pixel Size||6 microns|
|Power Consumption||12v 5A DC|