SVBONY SV605CC Manuale utente
User Manual
SV605CC
To Customers
Package List
Camera Appearance Introduction
Camera Specification
How to Use the Camera
Camera Structure
Performance Chart
Store and General Clean
Quality Assurance
Warning
DE:12-22
FR:23-33
IT:34-44
ES:45-55
JP:56-65
RU:66-76
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CONTENT
EU Importer：
Address：Uetzenacker 29,38176 wendeburg
Name：Germany Retevis Technology GmbH
01
1. To Customers
Hello, friends! You can download SV605CC User Manual pdf file or print this file.
SVBONY has the rights to modify this document without prior notice. Please
download the latest version from our official website.
Thanks for purchasing your new SVBONY astronomy camera! This manual will
give you a brief introduction of the SV605CC camera. Please read this manual
completely before using it. If you have any questions, please feel free to contact
us:
Facebook: www.facebook.com/svbony
2. Package List
3. Camera Appearance Introduction
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SV605CC Camera
Camera Bag
2 inch Cover
USB3.0 Data Cable
M42-M42F-21L
M42-M48F-16.5L
T2-1.25-inch Adapter
1.25 inch T-adapter
M42-M48 Ring
Sponge Washer
User Manual
Packaging Box
12V Power Adapter
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Serial Number Package Contents Quantity
Cooling Fan
Radiator
USB3.0 Data Interface
Refrigeration Power
Interface
Protecting and Sealing
Windows (AR coating)
Drying Chamber
02
4. Camera Specification
5. How to Use the Camera
5.1 Driver Installation
For Windows system users
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Model
Sensor
Image Resolution
Total Pixels
Pixel Size
Target Size
Diagonal
Maximum Frame Rate
Shutter Type
USB Type
Cache
Time of Exposure
Readout Noise
QE Peak
Full Charged
ADC
Temperature Display
Cooling System
Digital Noise Reduction
ROI
Pixel Binning
Operating System
Protective Window Optical Glass
Camera Interface Specifications
Back Intercept
Working Temperature
Storage Temperature
Working Humidity
Storage Humidity
Working Current
Stand-by Current
SV605CC
IMX533 CMOS Color
3008x3008
9.0 M Pixel
3.76μm
1”
15.968mm
20fps
Rolling Shutter
Type-B USB 3.0
DDR3 256M
0.05mS-2000S
1.0e
80%
50ke-
14bit
Display on software
TEC Semiconductor 2-Stage
Refrigeration
Support
Support
BIN1,BIN2,BIN3,BIN4
Windows, Linux, MAC OS,
Raspberry Pi, Chrome OS
AR Coating
2” / 1.25” / M42X0.75
6.5mm/17.5mm
-10°---+50°
-20°---+60°
20% RH-80% RH
20% RH-95% RH
＜300MA
＜30MA
03
1.Download the latest Native Driver from svbony website www.svbony.com.
2.Unzip the file, and install the Svbony Driver to your computer.
3.Check the Driver installed successfully
5.2 Image Software Installation
For Sharpcap users
1. Download the Sharpcap software from official website. Remember if your
computer run 64 bit system, then download the 64 bit sharpcap is better. Or the
32 bit sharpcap is ok.
2. Install Sharpcap software to your computer.
5.3 Equipment
04
The SV605CC camera works with filters, telescopes and camera lens via
adapters. Most adapters are already included. Other adapters you can purchase
directly from svbony website.
1.Connect SV605CC to 1.25” telescope
2.Connect SV605CC to 2” telescope
3.55mm back focus distance
5.4 Connect with software
Enter Sharpcap software, Click the CAMERA button, and choose the SV605CC
camera, If the Native Driver installed without any problems, you will see the
image on the screen, and the frame rates. Like showing in the following image.
The camera works.
05
Note:
a.If any problems, you can check if the camera recognized by the computer in
the device manager.
b.The introductory operation guide of sharpcap can be viewed in the "Help"
option of the software. At the same time, there is a PDF file download under
"Documents" on the homepage of sharpcap's official website, which can be
downloaded and studied.
Using N.I.N.A
Launch/Log in N.I.N.A. —Nighttime Imaging ‘N’ Astronomy. Connect via ASCOM
/Native driver.
Turn on the refrigerator to set the temperature.
06
Set the exposure time to capture the image.
6. Camera Structure
7. Performance Chart
7.1 QE Curve & Readout Noise
QE curve and readout noise are the most important parameters to measure
camera performance. Higher QE and lower readout noise are necessary
07
conditions to improve the image signal-to-noise ratio.
Readout noise includes pixel noise, circuit noise, and ADC quantization noise.
The lower the readout noise, the better. As shown in the figure, the readout
noise of the SV605CC is very low compared with conventional CCD cameras.
Built-in HCG mode, which can effectively reduce readout noise at high gain, so
that the camera maintains the same wide dynamic range as at low gain. When
the gain is 120, the HCG mode is automatically turned on, the readout noise is
as low as 1.2e, and the dynamic range can still reach a level close to 14bit. The
parameter settings are also different depending on your shooting target. Turn
down the gain, the dynamic range will become larger, suitable for long
exposures. Increase the gain, the readout noise will be further reduced, which is
suitable for short exposure or lucky imaging.
7.2 Power Consumption
The SV605CC camera is a low-power camera. When the camera is powered by
a USB cable, the maximum power consumption is 1.85W. But for cooling
function, you need to use a 12V@5A power adapter (D5.5*2. lmm, center
positive), or you can use a lithium battery (supports a wide range of 11V to 15V).
The picture below is the cooling efficiency diagram of our freezer camera. A
cooling temperature difference of 30 degrees only requires a current of 0.5A.
7.3 TEC Cooling System
08
The TEC cooling system of the SV605CC camera can precisely control the
temperature of the sensor. Different from the traditional CCD, the SV605CC
camera has ultra-low readout noise, efficient cooling and adjustable gain. It is no
longer necessary to use ultra-long exposures to capture targets, which greatly
reduces the requirements for the camera system and guide star system.
However, if short exposures are used (e.g. less than 100ms), cooling has little
effect on the image. The cooling system can be set to a minimum of 35~40°C
below the ambient temperature (Tested based on ambient temperature of 30°C).
Please note that the maximum temperature difference may fluctuate after
pro-longed use. Meanwhile, when the ambient temperature decreases, the
cooling temperature difference will also decrease accordingly. The figure below
is the dark current curve of the SV605CC sensor between -20°C and 35°C.
7.4 AR Coating Filter
The SV605CC camera sensor is equipped with a protective window and uses an
AR coated filter.
8. Store and General Clean
Protect the Refrigerator
Thermal shock should be avoided when using the camera. The so-called
thermal shock refers to the internal strong stress that the refrigerator has to bear
due to the principle of thermal expansion and contraction when the temperature
of the refrigerator suddenly rises or falls. Severe thermal shock can shorten the
life of the cooler or even damage it completely. Therefore, when you start using
Indice
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