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DGF Products, DXP Products, PXI Support Products, CAMAC Support Products, Other Products


XIA Digital Pulse Processors: DGF versus DXP

The Digital X-ray Processor (DXP) and Digital Gamma Finder (DGF) share much of their underlying architecture but are geared toward different applications. This brief description is intended to help customers decide which family of instruments is most appropriate for their application.

The DXP employs a field programmable gate array (FPGA) as a 'firm-wired' yet fully programmable digital pulse shaper and pileup rejection unit in combination with a digital signal processor (DSP) that oversees pulse-height data collection according to user settings. Incoming data can be gated and resolved into separate banks of spectrum memory in real time as directed by external timing signals, allowing a wide variety of spectroscopy experiments, e.g. MCA mapping and SCA mapping. The DXP's dead time per event is extremely low, yielding industry-leading output data rates of over 700,000 cps (in full MCA mode!). In short, the DXP is a versatile digital spectrometer with industry-leading performance at very high incident rates. Please visit the DXP Products pages for further details.


The DGF family is intended for more sophisticated signal processing applications that require pulse-shape analysis and/or coincidence triggering. With the addition of a FIFO memory for digital signal capture and a flexible, two-level triggering system that can span multiple modules, the DGF's DSP can not only make pulse-height measurements but can also work in real time on various user assigned pulse shape analysis tasks, such as realtime ballistic deficit correction. Incoming data may also be processed and sorted according to pulse shape information, e.g. risetime, and further constrained by coincidence timing information from other detector elements in the DGF system. The DGF poses solutions to a wide range of extremely demanding pulse processing applications in the areas of nuclear physics, strip detectors, and very high resolution gamma-ray spectroscopy. Please visit the DGF Products pages for further details.

Please contact XIA for help deciding which product is right for your application.



DIGITAL GAMMA FINDER (DGF) INSTRUMENTS


The Digital Gamma Finder (DGF) is a pulse processor with unique capabilities for both real-time pulse shape analysis and multiparametric data acquisition. With a general and highly programmable design for digital signal capture and processing, the DGF integrates events distributed over many detectors to process and store data according to user specifications.

Click here for DGF User Resources such as software, firmware, manuals and application notes.

 

DGF Pixie-500 - 500MHz Multichannel Digital Gamma Finder

The DGF Pixie-500 is a multichannel data acquisition system for fast radiation detectors in nuclear physics and other applications requiring coincident radiation detection. It provides digital spectrometry and waveform acquisition for four input signals per module; several modules can be combined into a larger system. The DGF Pixie-500 is based on the CompactPCI/PXI standard which allows data transfer rates from Pixie-500 memory to the host computer of up to 109MB/s. Commercial CompactPCI modules - DSP processor boards, HV supplies, embedded host computers - can be added to build a flexible standalone data acquisition and analysis system.

DGF Pixie-500 - Datasheet
(May 2010, 580KB, PDF format)

500MHz Multichannel Digital Gamma Finder
 

DGF Pixie-16 - Sixteen channel PXI Module

The DGF Pixie-16 provides digital spectrometry and waveform acquisition for 16 input signals per module; several modules can be combined into a larger system. The Pixie-16 is operated in a 6U CompactPCI/PXI chassis with high current power supplies.

DGF Pixie-16 - Datasheet
(August 2008, 192KB, PDF format)

Four integrated DGF channels on a single-width PXI card
 

DGF Pixie-4 - Four channel PXI Module

The Pixie-4 is a multichannel data acquisition system for nuclear physics and other applications requiring coincident radiation detection. It provides digital spectrometry and waveform acquisition for four input signals per module; several modules can be combined into a larger system. The DGF Pixie-4 is based on the CompactPCI/PXI standard which allows data transfer rates from Pixie-4 memory to the host computer of up to 109MB/s. Commercial CompactPCI modules - DSP processor boards, HV supplies, embedded host computers - can be added to build a flexible standalone data acquisition and analysis system.

DGF Pixie-4 - Datasheet
(August 2008, 580KB, PDF format)

Four integrated DGF channels on a single-width PXI card
 

DGF-4C - Four channel CAMAC Module

Model DGF-4C is a single width four-channel CAMAC module with a general and highly programmable design for digital signal capture and processing, coupled with a flexible triggering system that can span multiple modules. The flexible DGF-4C accepts preamplified signals from a wide variety of x-ray, gamma-ray, and particle detectors.

DGF-4C/T - Product Brochure in pdf format
(May 2002, 118KB)
DGF-4C/T - Digital Gamma Finder, Product Description and Applications
(April 1999, 244 KB)

Four Integrated DGF channels on a single-width CAMAC card.
DGF-OEM - Custom Digital Spectrometer

The DGF-OEM Digital Gamma-ray Spectrometer, designed to support single element, solid state detectors, are available for semi-custom implementation under Original Equipment Manufacture (OEM) contract.

Customized to OEM partner specifications, with or without preamp and detector power
 


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DGF Products, DXP Products, PXI Support Products, CAMAC Support Products, Other Products

 
DIGITAL X-RAY PROCESSOR (DXP) INSTRUMENTS


The moderately priced Digital X-ray Processor (DXP) combines analog and digital noise reduction, pulse pileup inspection and multi-channel analysis to produce very high quality pulse-height spectra under full computer control. Utilizing state of the art digital electronics, the DXP sets a new standard for x-ray and gamma-ray spectroscopy.

Click here for DXP User Resources such as software, firmware, manuals and application notes.

 

DXP-XMAP

DXP-XMAP - Datasheet
(PDF format, 118KB, July 2010)

The DXP-XMAP packages 4 high speed digital spectrometers into a single 3U PXI/CompactPCI module. The DXP-XMAP offers excellent noise performance, which suits it for energy dispersive x-ray measurements over the extended energy range 0.2-100 keV using multi-element detector arrays with preamplifiers of any gain. It offers computer control over all amplifier and spectrometer controls including gains, peaking times, and pileup inspection criteria.

The DXP-XMAP is the first XIA product to support a new set of mapping modes, allowing for full spectrum or multi-SCA acquisition at sub-millisecond dwell times. As with all DXP products, the XMAP features excellent noise performance, which suits it for energy dispersive x-ray measurements over the extended energy range 0.2-100 keV using multi-element detector arrays with preamplifiers of any gain. The XMAP offers computer control over all amplifier and spectrometer controls including gains, peaking times, and pileup inspection criteria.

Four independent DXP channels on a CompactPCI/PXI card.
 

DXP Mercury

Mercury / Mercury-4 - Datasheet
(May 2010, 189KB, PDF format)

Given the high data transfer rates of the USB 2.0 interface, the DXP Mercury is suited for high-speed XAFS and x-ray scanning applications.

The Mercury joins a growing list of XIA products that support high speed mapping modes, allowing for continuous multi-MCA or multi-SCA acquisition at sub-millisecond dwell times. The Mercury is sold as either a benchtop standalone instrument or as an OEM printed circuit board intended for emerging embedded applications that demand performance and fast readout.

As with all DXP products, the Mercury features excellent noise performance, which suits it for energy dispersive x-ray measurements over the extended energy range 0.1-100 keV using multi-element detector arrays with preamplifiers of any gain. The Mercury offers computer control over all amplifier and spectrometer controls including gains, peaking times, and pileup inspection criteria.

DXP channel (benchtop enclosure or OEM circuit-board) with mapping functions, USB 2.0 interface and custom outputs.
 
Single DXP channel with mapping functions, USB 2.0 interface and custom outputs.

DXP Mercury-4

Mercury / Mercury-4 - Datasheet
(May 2010, 189KB, PDF format)

Given the high data transfer rates of the USB 2.0 interface, the DXP Mercury-4 is suited for high-speed XAFS and x-ray scanning applications.

The Mercury-4 joins a growing list of XIA products that support high speed mapping modes, allowing for continuous multi-MCA or multi-SCA acquisition at sub-millisecond dwell times. The Mercury-4 is available in benchtop and NIM enclosures, or as an OEM printed circuit board intended for emerging embedded applications that demand performance and fast readout.

As with all DXP products, the Mercury-4 features excellent noise performance, which suits it for energy dispersive x-ray measurements over the extended energy range 0.1-100 keV using multi-element detector arrays with preamplifiers of any gain. The Mercury-4 offers computer control over all amplifier and spectrometer controls including gains, peaking times, and pileup inspection criteria.

Four DXP channels (benchtop or NIM enclosure or OEM circuit-board) with mapping functions, USB 2.0 interface and custom outputs.
 
Four DXP channels with mapping functions, USB 2.0 interface and custom outputs.

DXP Saturn - Desktop Module with Power for Preamp and Detector

The DXP Saturn comprises a DXP processing channel (shaping amplifier plus MCA), preamp power supply and a high voltage (programmable, up to +/-1000V) supply for the detector in a single wall powered unit. All settings controlled through XIA software running on a Personal Computer, communications via the Extended Parallel Port (IEEE 1284) port.

Saturn - Product Brochure
(PDF format, February 2008, 153KB)

The DXP Saturn's internal circuit boards are also available for semi-custom implementation under Original Equipment Manufacture (OEM) contract. The DXP Saturn-OEM is supplied with or without DC power for the DXP and preamp and high voltage bias for the detector. Host PC computer control via Extended Parallel Port (IEE 1284) port, with a flexible auxiliary bus for augmented data acqu isition control.

Complete single-element PC controlled desktop system: DXP, preamp power & detector bias (+/- 1000V) all in one.
 
Customized to OEM partner specifications, with or without preamp and detector power

microDXP - Micro-power, Mini DXP for Embedded Applications

microDXP - Datasheet
(February 2005 - 85KB PDF formatted document)

The credit-card sized microDXP is a full-featured digital x-ray spectrometer, designed to support single element, solid state detectors in low power embedded systems. The newest member of the Digital X-ray Processor (DXP) Family contains a single DXP processing channel with a full 8K spectrum. The microDXP is capable of very high-rate precision spectroscopy with most solid-state x-ray and gamma-ray detectors. Connection to the host PDA or computer is via the Serial Port (RS-232). All firmware for the processor is stored in nonvolatile memory on the processor board itself; there is no need to download firmware from the host.

Miniature, semi-custom, low power DXP for embedded applications
 
 


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DGF Products, DXP Products, PXI Support Products, CAMAC Support Products, Other Products

 

PXI Support Products

 

National Instruments Crates and Controllers

XIA is pleased to provide National Instruments PXI equipment for resale. Complete systems can be assembled and tested at XIA before delivery.

NIM Standard CAMAC equipment crate with SCSI controller (other modules also shown)

Preamplifier Power Distribution

The PXI-PDM is manufactured in a 3U CompactPCI/PXI form factor and can reside in any peripheral slot (2-8) of a standard 3U chassis. Slot 2, the PXI Star Trigger slot, is the preferred location, as it allows the use of some additional functions.

The PXI PDM provides four principal functions, namely
• Preamplifier power supply for a detector
• Clock distribution
• Access to backplane trigger signals

The X-ray Preamplifier Power Supply (XPPS) provides power for 50 or more preamplifiers. The 19-inch rack-mount or benchtop unit contains linear power supplies that generate +/-12V @ 6.8 Amperes and +/-24V @ 4.8 Amperes, with very little noise. A rear panel ground strap is provided to eliminate ground loops, and should be connected to the PXI crate chassis.

Four front panel DSUB-9 connectors share the total current available from each voltage according to the NIM standard pinout.

Preamplifier Power and PXI Trigger Breakout Module
 
Preamplifier Power Supply for Multi-Element Detector Systems

EHQxxx: Programmable High Voltage Bias Supply for CAMAC

The EHQxxx modules provide a precision, low noise high voltage supply. Current limiting and TTL shutdown functions are selected via front panel controls, with voltage and current displayed on a front panel LCD.

Note that standard EHQxxx modules are designed for Eurocassette, and the PXI-modified version is available only from XIA.

EHQxxx datasheet (PDF format, 60KB)

EHQxxx manual (PDF format, 202KB)

Visit ISEG online for further description


ISEG EHQxxx

ISEG 0-2kV detector bias supply for CAMAC
 
 


Scroll down or click to view product abstracts....
DGF Products, DXP Products, PXI Support Products, CAMAC Support Products, Other Products

 
 


Scroll down or click to view product abstracts....
DGF Products, DXP Products, PXI Support Products, CAMAC Support Products, Other Products

 

OTHER PRODUCTS

 

Model Ultra-LO 1800: Ultra Low Background Alpha Particle Counter

Ultra-low background alpha particle counter (PDF format 451kB)
Electronic Background Rejection (PDF format 434kB)
Fast and accurate sample screening with XIA’s Ultra-Lo 1800 (PDF format 131kB)


The UltraLo-1800 is a low background alpha-particle counter that reflects 6 years of continued development from XIA's initial technology discovery and patent application.

The UltraLo-1800 is a revolutionary design that employs Electronic Background Suppression to drive achievable background rates to 0.0001 alpha/cm2/hr or lower. This is a factor of 50 or more better than can be achieved by the conventional proportional counter systems that are now commercially available.

Ultra-LO 1800: Ultra Low Background Alpha Particle Counter

HUBER SLIT CONTROLLER (HSC)

This product is no longer available. XIA LLC will continue to archive documentation and provide support for existing customers.

HSC Product Brochure (116 KB)
User Manual for the HSC unit in PDF format (69 KB)
Assembly Drawing - exploded view (48 KB)

Stepper Motor Controlled Huber Slit Driver

X-RAY FILTER / SHUTTER MODULES (PF Series)

PF4/PF2S2 Filter/Shutter Module Datasheet (12 KB, PDF)
PFCU NIM Control Module Datasheet (114 KB, PDF)

PF4/PF2S2 Installation Drawing
(31 KB, PDF)
PF4/PF2S2 Barrel Mating Drawing
(13 KB, PDF)

The Model PF4 is designed to reproducibly attenuate an x-ray beam by inserting up to four filter foils under re-mote manual or computer control. In the Model PF2S2, thick absorber blades replace two filters to form a focal plane shutter.
The PFCU-4 is a flexible control unit for both Model PF4 Filter Inserters and Model PF2S2 Filter/Shutter Units. In a 1-wide NIM module, it implements both manual control, via front panel switches, and remote control, via either TTL I/O or RS-232 daisy chain.

Filter/Shutter Inserter

DIFFERENTIAL PUMP

DP-0X - Detailed description in pdf format

The XIA Models DP-0X differential pumps provide a cost effective means of providing a windowless, direct, line-of-sight transition between an ultra-high vacuum (UHV) region (< 1 x 10-9 Torr) and a high vacuum (HV) region (< 1 x 10-4 Torr). Differential pumps traditionally consist of a series of pumps separated from each other and from the UHV region by flow restricting throttles. The DP-03 adheres to this arrangement, consisting of a pair of throttles separated by an active pumping region. An adapter nipple on one end facilitates connection to HV, while an adapter cross on the other end makes the connection to the UHV system as well as providing ports for pressure monitoring, viewing, and attaching the user supplied secondary pump which completes the system.

Differential Pump offers windowless HV-UHV Isolation

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