PXI Input Devices Driver

• The drvgenericPXI (driver support) is a software layer located in the bottom of EPICS and has access to the PXI hardware through DAQmxBase/DAQmx libraries. These libraries consist of a set of API's for direct access to the PXI hardware. This driver can correspond with many kinds of device support, such as, analog input (ai), analog output (ao).
• PXI specification Rev. 2.2 compliant (PXI-2000 series) 4-CH differential analog inputs Bipolar or unipolar analog input ranges Programmable gains of x1, x2, x4, x8 FIFO buffer sizeScatter-gather DMA for both analog inputs and outputs 2-CH 12-Bit multiplying analog outputs with waveform generation.
• The toolbox supports NI-FGEN devices using NI-FGEN driver version 2.7.2 or higher. With MATLAB, you can analyze and visualize data for tasks such as signal processing, statistical analysis, digital filtering, and curve fitting. You can also create graphical interfaces for collecting and analyzing your data and automating tests.

Short Description: Up to 150 character limit 6.5 digit PXI DMM with up to 150K readings/s, high throughput, lowest latency, high accuracy of 40 ppm, various measurement capabilities, & DC source. Both PXI and CompactPCI (cPCI) devices are widely used in automated measurement and control applications. Within the LabVIEW Real-Time Module, NI-VISA provides an application programming interface (API) for implementing device drivers for PXI and CompactPCI devices.

Browse the products below by using the tabs to view different product categories and scroll down to show the full range of products.

14-Bit Digitizers

ADQ7DC

• Single/dual channel
• Up to 10 GSPS sampling rate
• Up to 3 GHz input bandwidth
• DC-coupled

ADQ14DC

• Single/dual/quad channel
• Up to 2 GSPS sampling rate
• Up to 1.2 GHz input bandwidth
• DC-coupled (variable input range/gain optional)

ADQ14AC

• Single/dual/quad channel
• Up to 2 GSPS sampling rate
• Up to 1.2 GHz input bandwidth
• AC-coupled

ADQ14OCT

• Single channel
• 2 GSPS sampling rate
• 500 MHz input bandwidth
• DC-coupled
• Optimized for swept-source OCT, supporting variable K-clock

SDR14

ADQ14DC

• Single/dual/quad channel
• Up to 2 GSPS sampling rate
• Up to 1.2 GHz input bandwidth
• DC-coupled (variable input range/gain optional)

ADQ14AC

• Single/dual/quad channel
• Up to 2 GSPS sampling rate
• Up to 1.2 GHz input bandwidth
• AC-coupled

ADQ14OCT

• Single channel
• 2 GSPS sampling rate
• 500 MHz input bandwidth
• DC-coupled
• Optimized for swept-source OCT, supporting variable K-clock

SDR14

• Dual inputs, dual outputs
• 800 MSPS input rate, 1.6 GSPS output rate
• 550 MHz input bandwidth, up to 800 MHz output bandwidth
• AC-coupled (DC-coupling optional for output)

ADQ1600RF

• Single channel
• 1.6 GSPS sampling rate
• 750 MHz input bandwidth
• AC-coupled
• Optimized for RF applications requiring high input bandwidth

ADQ1600TD

• Single channel
• 1.6 GSPS sampling rate
• 680 MHz input bandwidth
• AC-coupled
• Optimized for time-domain applications

ADQ114

• Single channel
• 800 MSPS sampling rate
• 850 MHz input bandwidth
• AC-coupled

ADQ214-DCLN

• Dual channel
• 400 MSPS sampling rate
• 100 MHz input bandwidth
• DC-coupled
• Optimized for low-noise measurements

ADQ214

• Dual channel
• 400 MSPS sampling rate
• Up to 850 MHz input bandwidth
• AC- and DC-coupled (software selectable)

12-Bit Digitizers

ADQ32NEW!

• Dual channel
• 2.5 GSPS sampling rate
• 1 GHz input bandwidth
• DC-coupled

ADQ7WB

• Dual channel
• Up to 5 GSPS sampling rate
• 6.5 GHz input bandwidth
• AC-coupled

ADQ412

• Dual/quad channel
• Up to 4 GSPS sampling rate
• Up to 2 GHz input bandwidth
• AC-coupled

ADQ412DC

• Dual/quad channel
• Up to 4 GSPS sampling rate
• Up to 925 MHz input bandwidth
• DC-coupled

10-Bit Digitizers

ADQ8-8C

• 8 analog channel
• 1 GSPS sampling rate
• 500 MHz input bandwidth
• DC-coupled

ADQ8-4XNew!

• Dual/quad channel
• Up to 4 GSPS sampling rate
• 1 GHz input bandwidth
• DC-coupled

8-Bit Digitizers

ADQ108

• Scheduled for termination
• Single channel
• 7 GSPS sampling rate
• 2 GHz input bandwidth
• AC-coupled

ADQ208

• Scheduled for termination
• Dual channel
• 4 GSPS sampling rate
• 2 GHz input bandwidth
• AC-coupled

Waveform Generators

SDR14

• Not recommended for new designs
• Dual inputs, dual outputs
• 800 MSPS input rate, 1.6 GSPS output rate
• 550 MHz input bandwidth, up to 800 MHz output bandwidth
• AC-coupled (DC-coupling optional for output)

Pci Input Device Driver

SDR14TX

• Dual outputs
• 2 GSPS sample rate
• Up to 1.8 GHz output bandwidth
• DC-coupled, single-ended and differential

Extension Modules

ADQ10GBE

• 10 Gbit Ethernet card
• PXIe form factor

ADQDSU

Pci Input Device Driver Windows 7

• Not recommended for new designs
• SSD disk storage unit for high-speed data recording
• Up to 2 TBytes total storage
• Up to 1 GBytes/s write speed

ADQDSP

• Scheduled for termination
• FPGA computational board
• Xilinx Virtex 6 LX240T

ADQTDU

Pxi Input Devices Driver Touchpad

• Not recommended for new designs
• Trigger/clock distribution for intra-board synchronization
• Single input and 6 outputs
• CMOS or LVPECL (AC-coupled LVPECL available as option)