SILICON VIDEO® 022
SV022C and SV022M cameras feature small size and LVDS differential digital video output. Images with 8 or 10 bits per pixel, 752H by 480V, 60 frames per second are captured by the high performance On-Semi MT9V022 image sensor's 10 bit A-D converter and serialized for image transmission. The Low Voltage Differential Signal output of the camera can drive up to 5 meters of cable to the host computer. Five to twelve volt DC power and I2C control signals for the camera are sent over a category 5e cable with RJ45 connectors. A global shutter stops moving targets without rolling shutter image effects.
The SV022 uses a plastic case that is 2.50 inches long by 1.65 inches high and 0.81 inches deep (63.50 mm L x 41.75 mm H x 20.60mm D). The M12 lens outer end is typically 0.5 inches (12.7mm) from the front of the case when the lens is at infinity. A standard 1/4 - 20 tripod mount is located on the long side of the case.
The SV022 was designed for use with a Xilinx Video Development Kit. Other versions of the SV022 can be made for OEM requirements. Contact EPIX, Inc., or an authorized distributor of EPIX® imaging products for more details.
| Optical Format: | 1/3-inch |
| Active Image Size: | 4.51mm(H) x 2.88mm(V) 5.35mm Diagonal |
| Active Pixels: | 752H x 480V |
| Pixel Size: | 6.0µm x 6.0µm |
| Color Filter Array: | Monochrome or Color RGB Bayer Pattern |
| Shutter Type: | Double-Buffered Global Shutter |
| Maximum Data Rate: | 324 Megabits per second |
| Master Clock: | 27 MHz |
| Full Resolution: | 752 x 480 |
| Frame Rate: | 60 fps (at full resolution) |
| ADC Resolution: | 10-bit |
| Responsivity: | 4.8 Volts/Lux-sec (550nm) |
| Dynamic Range: | >55dB linear; >80dB-100dB in HiDy Mode |
| Supply Voltage: | 5 Volts |
| Power Consumption: | 320 mW at maximum data rate |
| Operating Temperature: | −40°C to +85°C |
| Camera Dimensions: | 2.50" L x 1.65" H x 0.81" D 63.50mm L x 41.75mm H x 20.60mm D |
| Weight: | 1.4 oz / 39 grams |
Typical Quantum Efficiency - Color
Typical Quantum Efficiency - Monochrome
