Camera Link interface
This product has been discontinued. Requests will be managed according to the residual stock. Contact us to discuss any specific need.
Line scan cameras are semiconductor cameras used in many industrial environments. The single photosensitive line sensor contains – depending on type – up to 22800 picture elements (pixels). Light energy incident on the sensor is transformed into an electric signal for digitization within the camera. At 8-bit resolution, the A/D converter transmits the output voltage of each pixel into one of 256 brightness levels, at 12-bit resolution into 4096 brightness levels. Color line scan cameras provide three separate line signals for Red, Green and Blue with either 3 x 8-bit or 3 x 12-bit per pixel. The digitized output signal is transfered to a computer.
Time Delayed Integration Technology
The VT series of Vieworks Time Delayed Integration line scan cameras are designed for applications where faster line rates and higher sensitivity are critical, e.g. in low light conditions. The Vieworks advanced TDI line scan technology is based on the outstanding hybrid imaging sensors that allow image captures as fast as the 100 kHz line rates, with up to 256× higher sensitivity.
With high speed and high sensitivity, this TDI technology is ideal for demanding applications such as flat panel display inspection, wafer inspection, printed circuit board inspection and high-performance document scanning.
This product has been discontinued. Requests will be managed according to the residual stock. Contact us to discuss any specific need.
What are Line Scan Cameras? How do you create an image? etc.
Introduction and advantages of Line Scan Cameras
How to create an image, definition of line frequency, and how to improve an image
Definition and comparison to conventional area cameras
Reasons for synchronization and definition of different synchronization modes
Why do you need shading correction and how to use white balance
How to properly align the line scan camera sensor
What is blooming and how to correct it
Spectral sensitivity of different line sensors
Color Calibration of RGB cameras
Details about the different illumination techniques.
How TDI Line Scan Cameras work and when to use them.
How to chose between GigE, GigEVision, USB3.0 and CameraLink.
Evaluation of correct focus
Applications of Line Scan Cameras
This product has been discontinued. Requests will be managed according to the residual stock. Contact us to discuss any specific need.
| Bit depth | ||||||||||
|---|---|---|---|---|---|---|---|---|---|---|
| SK4096MVHW | 4096 | 7 x 200 µm | 28.7 mm | 2.4 kHz | X | X | X | GigE Vision | 8/12 Bit | |
| SK2048MVHW | 2048 | 14 x 200 µm | 28.7 mm | 4.6 kHz | X | X | X | GigE Vision | 8/12 Bit | |
| SK1024U3HA | 1024 | 8 x 8 µm | 8.2 mm | 52.6 kHz | X | X | X | X | USB 3.0 | 8/12 Bit |
| SK1024VJR-4 | 1024 | 14 x 14 µm | 14.3 mm | 4.7 kHz | X | X | GigE Vision | 8/12 Bit | ||
| SK1024GJR-4 | 1024 | 14 x 14 µm | 14.3 mm | 4.7 kHz | X | X | X | GigE | 8/12 Bit | |
| SK512U3SH | 512 | 14 x 14 µm | 7.2 mm | 35.7 kHz | X | X | X | X | USB 3.0 | 8/12 Bit |
| SK2048VSH-4L | 2048 | 14 x 14 µm | 28.7 mm | 14 kHz | X | X | X | GigE Vision | 8/12 Bit | |
| SK2048MVSH | 2048 | 14 x 14 µm | 28.7 mm | 14.1 kHz | X | X | X | GigE Vision | 8/12 Bit | |
| SK2048GSH-4L | 2048 | 14 x 14 µm | 28.7 mm | 14 kHz | X | X | X | X | GigE | 8/12 Bit |
| SK2048CSH | 2048 | 14 x 14 µm | 28.7 mm | 14 kHz | X | X | X | Camera Link | 8/12 Bit | |
| SK1024VSH-4 | 1024 | 14 x 14 µm | 14.3 mm | 27 kHz | X | X | X | GigE Vision | 8/12 Bit | |
| SK1024U3SH | 1024 | 14 x 14 µm | 14.3 mm | 27 kHz | X | X | X | X | USB 3.0 | 8/12 Bit |
| SK1024MVSH | 1024 | 14 x 14 µm | 14.3 mm | 27 kHz | X | X | X | GigE Vision | 8/12 Bit | |
| SK1024GSH-4 | 1024 | 14 x 14 µm | 14.3 mm | 27 kHz | X | X | X | X | GigE | 8/12 Bit |
| SK1024CSH | 1024 | 14 x 14 µm | 14.3 mm | 27 kHz | X | X | X | Camera Link | 8/12 Bit | |
| SK7500VTF-4XB | 7496 | 7 x 7 µm | 52.5 mm | 8.3 kHz | X | GigE Vision | 8/12 Bit | |||
| SK7500GTF-4XB | 7500 | 7 x 7 µm | 52.5 mm | 8.3 kHz | X | X | GigE | 8/12 Bit | ||
| SK7500CTF-XB | 7500 | 7 x 7 µm | 52.5 mm | 10.1 kHz | X | Camera Link | 8/12 Bit | |||
| SK7456U3TO | 7456 | 4.7 x 4.7 µm | 35.0 mm | 5.2 kHz | X | X | USB 3.0 | 8/12 Bit | ||
| SK512U3HU | 512 | 25 x 500 µm | 12.8 mm | 26.3 kHz | X | X | X | X | USB 3.0 | 8/12 Bit |
| SK4096U3HW | 4096 | 7 x 200 µm | 28.7 mm | 2.4 kHz | X | X | X | X | USB 3.0 | 8/12 Bit |
| SK2048VJR-4L | 2048 | 14 x 14 µm | 28.7 mm | 4.7 kHz | X | X | GigE Vision | 8/12 Bit | ||
| SK2048VHA-4 | 2048 | 8 x 8 µm | 16.4 mm | 52.6 kHz | X | X | X | GigE Vision | 8/12 Bit | |
| SK2048U3SH | 2048 | 14 x 14 µm | 28.7 mm | 14 kHz | X | X | X | X | USB 3.0 | 8/12 Bit |
| SK2048U3JR | 2048 | 14 x 14 µm | 28.7 mm | 4.7 kHz | X | X | X | USB 3.0 | 8/12 Bit | |
| SK2048U3HW | 2048 | 14 x 200 µm | 28.7 mm | 6.9 kHz | X | X | X | X | USB 3.0 | 8/12 Bit |
| SK2048U3HU | 2048 | 12.5 x 500 µm | 25.6 mm | 7.1 kHz | X | X | X | X | USB 3.0 | 8/12 Bit |
| SK2048U3HA | 2048 | 8 x 8 µm | 16.4 mm | 52.6 kHz | X | X | X | X | USB 3.0 | 8/12 Bit |
| SK2048GJR-4L | 2048 | 14 x 14 µm | 28.7 mm | 4.7 kHz | X | X | X | GigE | 8/12 Bit | |
| SK2048GHA-4 | 2048 | 8 x 8 µm | 16.4 mm | 52.6 kHz | X | X | X | X | GigE | 8/12 Bit |
| SK2048CJR | 2048 | 14 x 14 µm | 28.7 mm | 4.7 kHz | X | X | Camera Link | 8/12 Bit | ||
| SK2048CHA | 2048 | 8 x 8 µm | 16.4 mm | 52.6 kHz | X | X | X | Camera Link | 8/12 Bit | |
| SK1024U3HV | 1024 | 25 x 500 µm | 25.6 mm | 13.9 kHz | X | X | X | X | USB 3.0 | 8/12 Bit |
| SK1024U3HU | 1024 | 12.5 x 500 µm | 12.8 mm | 13.9 kHz | X | X | X | X | USB 3.0 | 8/12 Bit |
