Build on robust features found in much more expensive products.
The PXC200 Color Frame Grabber combines high quality color and monochrome video capture with a Peripheral Component Interface (PCI) at an unusually affordable price. High accuracy, low pixel jitter and other leading features offer solid support for the most demanding industrial and commercial applications.
Acting as a PCI bus master, the PXC200 achieves real-time video capture to system memory. It handles data transfers while the main CPU is free to run other parts of your application or other applications. Image data can be transferred to a buffer in main memory or directly to another PCI device.
Four multiplexed video inputs can accept color video from NTSC and PAL video sources. One of these can also be reserved for S-video. Color output formats supported include YcrCb and RGB, while Y8 is supported for monochrome applications. Also included are real-time image scaling with interpolation, plus horizontal and vertical cropping to minimize memory and bus bandwidth requirements.
The PXC200 is easy to integrate into your application, providing support for commercial machine vision software like XCaliper from Optimas.
PXC200 options contribute higher performance and flexibility.
The following features are included at a reasonable price with the PXC200's optional control package:
Eight general purpose I/Os—programmable as four separate triggers and four strobes.
Vertical and horizontal synch out for gen-locking a video source, providing a more stable image.
Strobe inhibit during CCD transfer time for reliable image capture with strobes.
A total of four video inputs — any or all of which can be S-video.
DC restore on all 4 video inputs.
<%=company%> gives you comprehensive software support.
Demo programs for Windows and DOS make it easy to get the PXC200 up and running right out of the box. They let you capture images, save images to disk and adjust image capture features of the card without writing code.
Software support is also included for Borland and Microsoft C/C++ compilers and other languages that can call standard Windows DLLs.
Technical support, current software and examples are offered at <%=company%>'s website. Or call toll-free to talk directly with our design engineers if questions arise.
We can respond to a wide range of requirements.
With <%=company%>, your software investment is protected because no rewrite is required if another platform can better satisfy your price and performance requirements in the future. For example, the PXC200 comes in other form factors and bus standards including PC/104-Plus and CompactPCI for embedded systems—a cost-effective alternative to a desktop computer system as you ramp up for volume applications.
<%=company%> also offers a family of monochrome PCI and ISA bus compatible products. And if you require the higher performance of cameras with progressive scan output, the <%=company%> PX610 family provides a low-cost solution.
Finally, <%=company%>'s team of vision system specialists stand ready to provide fully integrated MV systems or subsystems, custom designed to meet your unique application needs. <%=company%> takes responsibility for your whole system, providing seamless integration, expert consulting and on-going support.
Compact, PCI short card, PC/104-Plus core module and CompactPCI 3U
PCI bus master design for real-time image capture
Support for YCrCb, RGB and Y8 (gray scale) output formats
High color accuracy with low pixel jitter
Standard capture resolutions of 640 x 480 (NTSC) and 768 x 576 (PAL)
Four multiplexed video inputs (NTSC/PAL/S-video)
Real-time image scaling with interpo-lation, plus horizontal and vertical cropping
Continuous, software-initiated and triggered capture of frames
External TTL-level trigger
+12 VDC camera power supply
Simple software interface
Software development support for DOS, Watcom DOS/4GW extender, Windows 3.1, Windows 95,
Windows NT applications, QNX
Support for C/C++, Visual Basic and Delphi
Software and manual included
DAC reference generator eliminates inconsistency of AGC
Input video formats— NTSC (RS-170), PAL (CCIR), S-video
Input video — 1V peak to peak, 75
Resolution — NTSC: 640 x 480; PAL: 768 x 576
Sampling jitter — Maximum of ±4 ns relative to horizontal synchronization (for a stable source)
Output formats — Color: YCrCb 4:2:2; RGB 32, 24, 16, and 15-bit, Monochrome: Y8
External trigger — Input pulled by 10kto 5V, trigger requires a TTL pulse of 100 ns (minimum); software programmable edge or level sensitivity; software programmable polarity
Overvoltage protection— All inputs and outputs are diode protected
Form factor — PCI short card, 174.6 x 106.7 mm (6.875 x 4.2 inches); PC/104-Plus core module, 90 x 96 mm (3.6 x 3.8 inches); CompactPCI 3U height, 100 x 160 mm (3.94 x 6.3 inches)
Video noise — 1 LSB (least significant bit) RMS
Power — +5 VDC
Camera power — +12 VDC output
Video multiplexer — Standard board: four video inputs (only one can be S-video); Optional Control Package: four video inputs, any or all of which can be S-video
Operating temperature — 0° C to 60° C
Warranty — One year limited parts and labor
Optional Control Package
Video expanded to 4 S-video inputs
Independent DC restore on four inputs
Fast field detect for unsynchronized sources
Four TTL inputs, four TTL outputs
Horizontal and vertical drive outputs
Inputs and outputs can be configured as triggers and strobes
Strobes can be inhibited during CCD transfer gate (programmable inhibit zone)