VC40160 pages
The VC4016 is an extremely fast intelligent compact
camera and one of the fastest intelligent cameras all over
with a computational power of 3200 MIPS rivalling a 2.6
GHz Pentium. It has 32 MB DRAM, 4 MB Flash EPROM
for program and data storage. It can acquire full frame
1024 x 768 pixel, at 16 frames per second!
SPECIFICATIONS
VC4016 (Also available as colour version!)
SENSOR
1/3“, 1024 (H) x 768 (V) pixels
SHUTTER
high-speed: up to 46.7 µs
in steps of 76.2 µs
low-speed: up to 2 s
adjustable integration time
The own internal operating system ’’VCRT’’ of the
VC4016 is multitasking. This means that multiple
processes can be executed in parallel.
INTEGRATION
full frame progressive scan
FRAME RATE
16 fps
ACQUISITION
asynchronous, program controlled or
external trigger, full frame
A/D CONVERSION
1 x 16.7 MHz / 10 bit
PROCESSOR
3200 MIPS, 400 MHz
Texas Instruments TMS320C64xx
IMAGE/DATA
MEMORY
32 MB SDRAM
FLASH MEMORY
4 MB Flash EPROM (non volatile
memory) for programs and data,
programmable in the system
DIG. I/O’S
4 inputs / 4 outputs optically
decoupled 24 V, outputs 4 x 400 mA
INTERFACES
RS232 up to 115.200 baud max.
AND
100 Mbit Ethernet
VIDEO OUTPUT
via Ethernet on PC
SUPPLY VOLTAGE
24 V +/-20 % DC, max. 300 mA
ELECTRICAL
CONNECTIONS
I/O (DC In, PLC, 12-pin),
V 24/trig (6-pin), LAN (6-pin)
DIMENSIONS
approx. 90 x 50 x 35 mm, approx. 250 g
It has a video output onto a PC via 100 Mbit Ethernet
interface and also a High-Speed Trigger input with
absolute constant capture delay, which allows absolutely
jitterfree image acquisition even at very high-speed
processes.
And whereas a standard progressive scan camera gets a
trigger, starts exposure and then reads out the pixel data,
the VC4016 has optimized the image acquisition process
so that exposure
and readout are in parallel.
The VC4016 offers thus an extremely inexpensive
entrance into the world of the high performance intelligent
cameras.
All Vision Components Smart Cameras are built for
industrial applications. They are insensitive to shock and
vibration, and have multiple I/O lines for direct control of
external equipment. For more complex control tasks, they
can easily be interfaced to a PLC.
No liability is assumed for possible errors!
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