CAEN is the world leader in the design and manufacture of sophisticated electronic equipment for Nuclear and Particle Physics such as Low Voltage & High Voltage Power Supply Systems, Front-End and Data Acquisition Electronics.
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FAST ComTec GmbH is the world’s most innovative manufacturer of “Time resolved” Ion/Photon Counters and nuclear instrumentation. Including MCA’s, MultiParameter, Multi-hit ultra fast multi-scaler/TOF, X-Ray & Gamma ray detectors, Mossbauer Systems and more.
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The MiniSentry is a gamma sensitive portal monitor designed to be quickly set up and operated with very little training or expertise in radiation detection technology. This portable system is used to quickly provide a gamma scan of pedestrians or vehicles for emergency scenarios. 

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Nu Scientific will have an exhibition booth at both the 2010 Australian Radiation Proctection Society Conference and the South Pacific Environmental Radioactivity Conference.

We will be exhibiting some of the latest in radiation detection technology.  We welcome you to come along and visit our booth to find out more about these products.

Australian Radiation Proctection Society Conference
When: 17 – 20 October
Where: Hilton Hotel (Adelaide,  SA)
click here to register

South Pacific Environmental Radioactivity Conference
When: 31 August – 3 September
Where: Crown Plaza (Surfers paradise, QLD)
click here to register

CANBERRA has introduced Genie™ 2000 Version 3.2, the latest version of its basic spectroscopy software, which includes a number of major enhancements. One exciting enhancement is the 3D Geometry Composer which delivers immediate 3D visual feedback for faster geometry development and fewer errors in creating complex geometries. It allows for powerful 3D manipulations – objects can be rotated, zoomed, and translated to view the as-entered geometry. With this feature, for the first time, users will have a 3D view to their existing setups. Another time-saving feature included in the new composer is the Beaker Editor which simplifies creation of laboratory geometries.

Genie 2000 Version 3.2 also includes improvements to the Cascade Summing Correction feature that now includes x-ray coincidences down to 10 keV as well as the annihilation 511 keV ones. Along with this extension, a new and improved detector characterization protocol has been implemented.

A new feature in Version 3.2 is the ISOCS Uncertainty Estimator (IUE). It is a powerful tool that can be employed to evaluate, optimize, and choose among various counting choices as well as to lower the total measurement uncertainty (TMU). It is a structured and defendable method to quickly create the uncertainty of the efficiency calibration, and to propagate those errors to the final result.

High Voltage power supplies Series ‘NIM LOW COST’
In the NIM-Format iseg offers a LOW COST version.  These units are without the serial interface, although analogue monitoring and analogue control is still possible via an I/O port. Varied modifications for applications in medicine, vacuum technology, nuclear and particle physics, neutron physics, physics at synchrotrons etc.

SARAD GmbH specialises in the development and production of radiation measurement equipment with a strong emphasis of application-referred customised solutions and offering a unique spectrum of Radon, Radon progeny and aerosol monitors for nearly any application.
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The iseg Spezialelektronik GmbH company specialises in the development and production of High Voltage  Power Supplies for Industry and Research.  This is based on 20 years of experience in the development and use of technologies of modern High Voltage generation.
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The new CSA4 Model provides in a single width NIM module an exceptional spectroscopy amplifier with preamplifier.

Functionally, the Model CSA4 provides in a single width NIM module an exceptional spectroscopy amplifier. The amplifier’s excellent stability, ultra low noise, broad gain range and wide choice of shaping time constants makes it ideally suited for applications involving Germanium, Silicon, Scintillation, Gas Proportional and Surface Barrier detectors.

FCT near-Gaussian filter shaping has been refined in the Model CSA4 for improved pulse symmetry, minimum sensitivity of output amplitude to variations in detector rise time, and maximum signal to noise ratio. For a given shaping time constant, the improved pulse symmetry minimizes the pulse dwell time by tucking in the trailing skirt of the unipolar pulse shape. This allows a faster return to the baseline. The result is superior energy resolution, count rate and throughput performance. Unipolar shaping is achieved with one differentiator and two active filter integrators. The differentiator is placed early in the amplifier to insure good overload recovery. The integrators are placed late to minimize noise contribution from the gain stages. Functionally, the Model CSA4 provides in a single width NIM module a preamplifier and a shaping amplifier with four shaping times simultaneously (selectable in the range from 100ns to 8μs: four values out of seven can be ordered : 100ns, 250ns, 500ns, 1μs, 2μs, 4μs, 8μs). A power connector (D-Sub 9 female) is also available at the front panel for the power supply of external preamplifiers. A front panel adjustable pole zero can be user trimmed to match the preamp fall time constant and minimize undershoot following the first differentiator for improved overload and count rate performance.

CANBERRA Industries is the world’s leading supplier of analytical instruments, systems and services for radiation detection and monitoring, providing measurement solutions for safety and security for over 40 years.
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