PCIE-1810-AE 16ch, 12bit, 800kS/s PCIE Multifunction

PCIE-1810-AE

$435.00

Main Features:

16 analog inputs, up to 800 KS/s, 12-bit resolution
2 analog outputs, up to 500 KS/s, 12-bit resolution
Support for digital trigger and analog trigger (AI only)
24 programmable digital I/O linesƒƒ Two 32-bit programmable counter/
Two 32-bit programmable counter/timers
Onboard FIFO memory ( 4 K samples)
Automatic channel/ gain scanning
Support for Microsoft Windows 7/XP

PCIE-1810-AE Datasheet (Size: 546.5 KB)

PCIE-1810-AE User Manual (Size: 4.3 MB)

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Frequently Asked Questions

What analog I/O does the PCIE-1810 provide?

The card provides 16 single-ended or 8 differential analog input channels with 12-bit resolution, up to 800 kS/s on a single channel or 500 kS/s across multiple channels. It also provides 2 analog output channels with 12-bit resolution and an output rate up to 500 kS/s. Input ranges are software-programmable from ±10V down to ±0.625V (bipolar) or 0~10V down to 0~1.25V (unipolar), depending on the selected gain.

What digital I/O and counter/timer functions are available?

The PCIE-1810 has 24 programmable digital I/O lines that are 5V/TTL compatible, with sink capability of 15 mA @ 0.8V and source capability of 15 mA @ 2.0V. It also includes two independent 32-bit counter/timers with a maximum input frequency of 10 MHz, supporting event counting, frequency measurement, pulse width measurement, and pulse/PWM output generation.

What are the power requirements and consumption of the PCIE-1810?

The card draws its power from the PCI Express bus. Typical consumption is 3.3V @ 488 mA and 12V @ 112 mA. Maximum consumption is 3.3V @ 2.25A and 12V @ 390 mA.

What is the operating and storage temperature range?

Operating temperature is 0 to 60°C (32 to 140°F), per IEC 60068-2-1,2. Storage temperature is -40 to 70°C (-40 to 158°F). Storage humidity is 5~95% RH non-condensing, and operating relative humidity is 5~85% RH non-condensing, per IEC 68-1,-2,-3.

What certifications does the PCIE-1810 have?

The card is RoHS compliant (2002/95/EC) and CE/FCC certified. It has passed the CE test for environmental specifications when shielded cables are used for external wiring.

What is the form factor and connector type of the PCIE-1810?

The PCIE-1810 is a PCI Express x1 card measuring 167 x 100 mm (6.6" x 3.9"). It uses a 68-pin SCSI female I/O connector for field wiring.

What operating systems and drivers are supported?

The PCIE-1810 ships with Advantech DAQNavi device drivers and SDK on a companion DVD-ROM, supporting Windows XP/Vista/7. The drivers integrate with development tools such as Visual Studio .NET, Visual C++, Visual Basic, Delphi, and C++ Builder. A LabVIEW driver is also available.

How is the analog output range configured?

The two D/A channels can use an internal precision reference to generate 0~5V, 0~10V, ±5V, or ±10V output, or an external reference for other ranges (0 to +x V or ±x V, where -10 ≤ x ≤ 10). The maximum reference input voltage is ±10V and maximum output scaling is ±10V. Loading current should not exceed 5 mA.

What accessories are available for the PCIE-1810?

Available accessories include the PCL-10168-1E and PCL-10168-2E shielded 68-pin SCSI cables (1 m and 2 m), PCL-10168H-1E and PCL-10168H-2E shielded cables with noise rejection (1 m and 2 m), the ADAM-3968-AE 68-pin DIN-rail SCSI wiring board, the PCLD-8810E-AE 68-pin SCSI DIN-rail wiring board for the PCIE-1800 series, and the PCLD-8811-AE low-pass active filter board.

How-to Guides

Install the PCIE-1810 Card and Driver

Install the Advantech DAQNavi device driver from the companion DVD-ROM before installing the card, to ensure a smooth installation.
Turn off the computer and unplug the power cord and cables.
Remove the computer's cover and the slot cover on the back panel.
Touch the metal part of the computer chassis to discharge static electricity.
Insert the PCIE-1810 card into a PCI Express slot, holding it only by its edges, and seat it firmly without excessive force.
Connect any needed accessories, such as a 68-pin SCSI shielded cable or wiring terminals.
Replace the computer cover and reconnect the cables.
Plug in the power cord and turn on the computer.

Set the BoardID Switch for Multiple Cards

Locate the built-in DIP switch (SW1) on the card, which defines the card's board ID.
Determine the desired BoardID value from 0 to 15.
Set switch positions 1 through 4 (representing ID3, ID2, ID1, ID0) according to the BoardID Setting table in the manual. The default setting is BoardID 0, with all four positions ON.
Use the assigned BoardID to identify and access each card during hardware configuration and software programming when multiple PCIE-1810 cards are installed in the same chassis.

Configure and Test the Device with Advantech Navigator

Run the Advantech Navigator program via Start/Programs/Advantech Automation/DAQNavi/Advantech Navigator.
Check the Installed Devices list to confirm the PCIE-1810 card appears, indicating successful software and hardware installation.
Go to Device Setting to configure the Analog Input/Output and Digital Input/Output parameters for the card.
Go to the Device Test page to test the hardware using the supplied testing utility.

Wire Single-Ended and Differential Analog Inputs

For single-ended connections, wire one signal line per channel, referenced to the card's common ground (AGND).
For differential connections, wire two signal lines per channel (HIGH and LOW); the card measures only the voltage difference between them.
If the signal source is floating (no local ground), connect LOW to ground to establish a common reference point.
If the signal source has a local ground, connect the signal ground to the LOW input rather than directly to the PCIE-1810 ground, to avoid ground-loop noise from common-mode voltage differences.
Use the PCL-10168 shielded cable and keep signal cables away from strong electromagnetic sources such as power lines and motors.

Wire Analog Output Channels

Select the desired output range: use the internal precision -5V or -10V reference for 0~5V or 0~10V output, or supply an external reference (up to ±10V) for other ranges.
Connect the external reference input to the AO0_REF/AO1_REF pin if using an external reference.
Connect the load to the AO0_OUT/AO1_OUT pin, referenced to AGND.
Keep loading current under 5 mA and output scaling within ±10V.

Specifications