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the PXIe DAQ 4Ch ACQuIsItIon boArD
4-CHANNEL, 1000/500/250 MSPS uLtrA HigH-bANdwidtH dAtA ACquiSitioN boArd for uLtrASouNd SyStEMS
90 Mb/sec
PrAgMA ALSo offErS foLLowiNg tECHNoLogiES:
ut Standard flaw detection and C-scanning
toFD B-scan imaging with encoder for improved sizing accuracy
PAut Linear and Sector scan imaging for improved speed and POD
eMAt Pulse-Echo, Guided Waves and High-Temperature without the need for couplant
eCt Surface inspection with multi-frequency and multi-channel solutions for tube,
pencil and rotary probes
AnAlog Front enD
Front Panel 4 input SMB connectors,connectors 20-pin GPIO connector : opto-
isolated, 12 inputs & 6 outputs, Trigger In/Out SMB connector.
On-board 6-pin TGC Sync connector,connectors 4 MMCX DAC connectors for
external gain control.
Impedance 50Ω, 100Ω or High impedance
Input Coupling AC, 2Vpp, DC, -0.5V to +1.5V input range
Bandwidth 3rd order low pass Anti-aliasing filter,
AC: 125kHz to 40MHz, DC: 0 to 35MHz
Amplifier Variable low-noise amplifier, AC: -12dB to +36dB span, DC: -11.5dB to +34dB span, Dynamic gain control (TGC).
Supported 4 channels, 12-bit,up to 125MHzADC Modes 2 channels, 12-bit, up to250MHz 1 channel, 12-bit, up to 500MHz 1 channel, 8-bit, up to 1GHz
Sampling On-board 1GHz oscillator, clocks 32MHz and 350MHz (FPGA
generated)
ProCessIng
FPGA Virtex-5 series, SX50T
Memory QDR-2, 8MB
bACkPlAne
Card connection Slots in a PXI card cage Communicates with PC’s
PCIe x1 slot with cable/card adapter
PXI Trigger bus 8 GPIO for optional trigger or multiple board operation
PXI I2C Option to be master on PXI I2C bus
generAl
Dimensions 3U 4HP
Fans 2 12-Volts connectors for optional FanSink
Monitoring 2 Temperature Sensors (I2C)
LEDS 4 LEDs on-board connected to FPGA
SPI Memory 32Mb for FPGA bit file, field upgradable
*Sold with restrictions in certain markets: contact PRAGMA for details.
sCAlAble
The PXIe board is compatible with National Instruments’ card cages and several other brands. You can add as many boards as you like, making it perfect for multi-channel system integration.
ultrA-FAst
The FPGA and memory architecture was designed specifically for high-throughput ultrasound applications, offering sustained bandwidths up to 90 MB/sec and PRFs in excess of 30kHz.
IDeAl For ut
The board’s analog front-end is suited for ultrasound applications: gain, TCG, AC/DC coupling, fast gate detection, etc. The firmware and software are field-upgradeable.
reADY For CustoMIZAtIon
Both firmware and software are customizable to modify or add a specific functionality. PRAGMA can provide all the engineering.
PXiE fPgA dAq 4CH*
Up to 1GHz samplingPXIe Card cage : remote or embedded PC controller
Up to 90MB/sec sustained bandwidth
PrAgMA solutIons CnD
4535, boul. Wilfrid-HamelLocal 240, Québec (QC) CANADA G1P 2J7t [email protected]
