Real Time Vision
PCIe-RTV24

ADLINK Technology, Inc. announces the PCIe-RTV24, a high speed video capture card supporting four channels of NTSC/PAL, EIA/CCIR input. Based on the PCI Express® bus, the PCIe-RTV24 offers the higher bandwidth required by machine vision, security, and video surveillance applications, such as position location, biometric face recognition, and vehicle license plate identification.
The PCIe-RTV24 provides four digitized vision stream for real-time image acquisition with frame rates up to 30 fps, per channel. The PCIe-RTV24 output is RBG24/RGB16 and Y8—commonly used in such machine vision, security, and video surveillance applications. The PCIe-RTV24 also provides a watchdog function and offers four digital input/output signals which can be used for strobe light control, trigger acquisition, and alarm signals.
The PCIe-RTV24 supports Microsoft Windows® XP, Windows® Vista, and Linux. Software is supported through Microsoft® DirectX®, Video for Linux, and VIs for National Instruments® Labview®. Custom programs can be developing using Visual C++, Visual Basic, C++ builder or Delphi environments.

Load Cell Input Card
PCI-9524

Designed specifically as a single-board solution for material testing system (MTS) applications, the PCI-9524 integrates 24-bit load cell measurement, four channels of general-purpose analog input, two channels of general-purpose analog output, three channels of pulse-wave modulation output, 16-bit isolated digital I/O, and a three-axis encoder.

The PCI-9524 combines a high 24-bit resolution with 1/200,000 count accuracy to provide the most precise load cell measurement PCI board available in the market today.

The high precision of the PCI-9524 is achieved through the use of a remote sensor circuit to monitor the excitation voltage of the load cell sensor. When the resistance of the leads causes a drop in excitation voltage, this circuit will provide automatic voltage compensation.

Other technologies implemented in the PCI-9524 include an auto-zeroing feature to reduce semiconductor noise, thermal noise, and thermal coupling. Analog and digital filters further reduce RFI and other electrical noise that may occur.

Analog Output Card
PCI-6202

Designed specially for dynamic signal simulation and control applications that require 16-bit accuracy through voltage output, the PCI-6202 is ADLINK’s first 16-bit AO card to provide hardware-timed waveform generation supporting a simultaneous updating rate for four analog output channels simultaneously at 1 MS/s per channel.

Additionally, the PCI-6202 provides multiple programmable I/O options: digital I/O (TTL), general-purpose timer/counters, motor encoder inputs, and PWM (pulse width modulation) outputs for simple motion control—all integrated as a single board solution to reduce the need for additional motion and digital I/O boards. A linear position trigger is specifically provided for encoder input, whereby when the encoder counter reaches a preset value, an interrupt or trigger signal of 200 µs, 2 ms, 20 ms, or 200 ms pulse width is generated. This feature is integral to applications requiring analog output control based on position feedback. 

The PCI-6202 card includes WDM drivers for C/C++, VB, Delphi, C++ Builder, and .NET programming languages as well as full device drivers for MATLAB® and LabVIEW.

High Density Digital I/O
PCI-7442/43/44

Responding to the industry's need for high-density digital input/output modules, the ADLINK PCI-7442/7443/7444 DIO card series delivers up to 128 opto-isolated channels for a wide range of demanding PCI-based applications. With a 1250 VRMS (excluding cables) channel-to-system isolation protection, these cards are shielded from damage caused by accidental contact with external voltage while promoting simple ground connections. All input channels are identical non-polarity with each line isolated and suited to collect digital inputs even in high-noise environments. Featuring a Change-of-State (COS) interrupt function, the PCI-7442/PCI-7443 instantly generates an interrupt request to the PCI controller when it detects a sharp change in the logical state of any of its digital inputs. Promoting easy identification in systems with multiple DIO cards installed, the cards are equipped with a board ID design that enables fast and convenient card detection and troubleshooting.

Low Cost Multifunction DAQ
PCI-9221

A high-resolution, low-cost multi-function DAQ card, with 16-CH single ended or 8-CH differential input capable of up to 250 kS/s sampling rate, a 2-CH 16-bit static analog output and programmable function I/O. The software-programmable function I/O supports a variety of applications, including TTL digital I/O, general-purpose timer/counter, encoder input, and PWM output. The flexible function I/O makes the PCI-9221 the best single-board solution for combined data acquisition and simple motion control functionalities. Ideal for manufacturing, laboratory research, and factory automation, the PCI-9221 comes with all the functions you need at an affordable price.

Advanved Motion Controller
PCI-8174

The PCI-8174 stepper and servo motion control card, offers an on-board DSP with motion ASIC for simplified implementation of time-critical motion sequences. This product is used for applications such as semiconductor front and back end equipment, TFT/LCD manufacturing equipment, electronic assembly and testing equipment, automatic optical inspection equipment, flight or vehicle simulator in military and video game, dispenser machinery, and cutting or carving machinery.
The PCI-8174 can operate as a standalone controller by executing all processes in the hardware layer, and can simultaneously execute a sequence via the motion ASIC without consuming CPU resources, making this an ideal card for interrupt control and synchronization among multiple axes. With the DSP on-board design, the PCI-8174 can also support firmware customization.
The PCI-8174 delivers many features for pick-and-place, gantry, line scan, and dispenser applications: high-frequency pulse output rates of up to 6.55 MHz, a software security protection to prevent illegal copying of custom software, a card index switch for multiple cards in a system, serial connectivity for multiple axes among multiple cards, and on-the-fly speed and position change while the axis is in motion.
The multi-axis operation design of the PCI-8174 allows linear interpolation using up to all four axes and circular interpolation using any two axes. The PCI-8174 offers continuous contouring and outputs backlash correction pulses before sending commands when a direction change occurs during interpolation to ensure flawless velocity continuity. With 13 home moving modes to choose from, the motion card is well suited for a variety of mechanical design and operating restrictions.

Digitizer
PXI-/PCI-9820

The PXI-9820 /PCI-9820 is ideal for high-speed waveform capturing, such as radar and ultrasound applications, as well as software radio applications, or those signal digitizing applications which need deep memory for data storage.

GPIB

PXI-/PCI-3488

The PXI-3488 /PCI-3488 provides the greatest compatibility with your existing applications and instrument drivers. It is designed to meet the requirements for high performance and maximum programming portability. The 1KB on-board FIFO and a block transfer mode provide up to 1.5 MB/s GPIB transfer rate.