Berkeley Nucleonics Corp.

SAM 940 Isotope Identifier Training in Indonesia

2011-12-02T13:57:00.001-08:00

Recently Berkeley Nucleonics' representative from NATS, Ed Maswood, conducted an onsite training in Indonesia as a part of BNC's continuing global effort to assist in the monitoring and identification of nuclear isotopes.

For more information on BNC's online and onsite training please visit our website at www.berkeleynucleconics.com , call us at 415-453-9955 or email us directly info (at) berkeleynucleonics.com

A New Activity, Safecasting

2011-08-22T09:10:00.000-07:00

A community has formed around the globe of individuals who are using Berkeley Nucleonics and other Radiation Detection devices (SAM Isotope Identifier Shown) for streaming data on background radiological levels to a google map online. The updates are sent with various GPS apps from the Android Market and from the Iphone Market. Data is typically in Rem or Sieverts.

Robots Investigate Fukushima Facilities

2011-07-25T08:49:00.000-07:00

Fukushima uses advanced Robots to climb stairs and investigate facilities. Berkeley Nucleonics has deployed hundreds of radiation detection systems for isotope identification in Asian regions. Our most common units generate radiological data coupled with GPS data and the results are available online at www.berkeleynucleonics.com

http://youtu.be/ggr315PprFM

Berkeley Nucleonics - SAM 940 Isotope Identifier

2011-06-27T14:15:00.001-07:00

Double-fisted....the technicians at Berkeley Nucleonics are testing RIIDs (radionuclide isotope identification devices) to meet a surge in demand following Fukushima. Model SAM 940 Revealer shown above with Lanthanum Bromide.

BNC Training in Japan

2011-06-07T11:02:00.000-07:00

Berkeley Nucleonics sent a team of trainers to Japan to work with local agencies and end users in addressing some of the nuclear concerns. Berkeley manufactures the fastest room-temperature isotope identifier available, routinely identifying sources in a couple seconds with accurate results.

Japan Atomic Crisis Reaches Chernobyl Level

2011-04-12T12:25:00.000-07:00

Japan raised the severity rating of its nuclear crisis to the highest, matching the 1986 Chernobyl disaster, after increasing radiation prompted the government to widen the evacuation zone and aftershocks rocked the country.

Japan’s Nuclear and Industrial Safety Agency yesterday raised the rating to 7. The accident at the Fukushima Dai-Ichi plant previously was rated a 5 on the global scale, the same as the 1979 partial meltdown at Three Mile Island in Pennsylvania.

Read more by clicking the link.

http://www.businessweek.com/news/2011-04-12/japan-atomic-crisis-reaches-chernobyl-level-as-radiation-climbs.html

BNC Shipping Units to Japan

2011-04-07T15:18:00.000-07:00

Company founder Mel Brown watches as Radiation Isotope Identifiers are loaded on truck for Tokyo.

David Brown - BNC.....Since 1963

Eagle-A Operating System Upgrade provides critical information for Food and Water Monitoring in Japan, South Korea, China and Taiwan.

2011-04-07T09:27:00.001-07:00

Berkeley Nucleonics is offering an upgrade to the SAM 940 Isotope Identifier for radionuclide identification of Cs-134, Cs-137 and I-131 to address a growing concern for screening meat, fish, eggs, milk, and water.

Eagle Operating System (EOS) includes specific features to identify radioactive contamination resulting from the Fukushima Nuclear Power Plant leak of radiation into the local environments. The upgrade allows an additional mode for less technical users to screen specific concerns without compromising analytical spectroscopy stored in the instrument memory. Furthermore, the firmware allows compliance with federal guidelines for contamination monitoring already in place.

Photo courtesy of www.globaldirt.org

The SAM Defender and SAM Revealer are the latest in a growing line of isotope identification technologies offered by Berkeley Nucleonics. Our Firmware update, Eagle–A, increases operational capabilities for current market conditions. The new category F/W, represents food and water and shows the presence of radiation in light blue peaks. Shown here is our SAM 940 Revealer with 3.5% resolution LaBr detectors. GPS data is also available and many users are posting live data online for general public considerations.

“The SAM 940 is a world-class isotope identifier. Our service and training programs are also coveted by a community of users with a variety of applications. Eagle-A is a reminder that Berkeley Nucleonics supports the changing needs of radiation measurements faster than anyone in the market, be it new medical isotopes, industrial isotopes or in this case, additional food and water screening”, comments David Brown, BNC President.

About the Company

BNC’s radiation detection products are popular for detection, dosimetry and isotope identification and in use by HazMat teams, firefighters, first responders, and border protection personnel. Analytical products offer real time medical, industrial, SNM and NORM nuclear isotope identification. From pager to portal, the company offers a program of radiation detection with a comprehensive approach to detection and disposition. Our cooperative efforts with numerous State and Federal agencies give BNC customers the confidence they need when developing radiation detection activities.

BNC offers an accredited training program which provides attendees with a comprehensive understanding of the principles and techniques involved in radiation detection and isotope identification. This program also provides CEUs and can educate new and experienced users. Regional courses or on-site courses are available. Since 1963, BNC has been a pioneer in nuclear instrumentation.

Additional Information on EAGLE-A thresholds for Food and Water monitoring:
MDA for Radiation Detectors / Federal Guidelines

Eagle OS Features
-Data on Demand
-Export Capabilities
-ID Confidence Boost
-Enrichment Level
Discrimination (Uranium only)
-Color Coded ID
-Hands Free Calibration
-Library Enhancement
-GPS Gecko Compatibility

Eagle OS Applications
-GPS Mapping of Radiological Movement
-City Based Radiation Tracking
-PC-Link with SAM-Control software
-Doserate Data Dumps every Five Seconds
-Transportation Vehicle Live Monitoring
-DOE and DNDO Reachback File Types
-Confirm Medical Treatments using Reachback

Specifications
Communication Serial, Ethernet, Custom
File Types ANSI N42.42, User Defined
Spectrum Resolution Down to 3% at Cesium (662 keV)
Operating Temperatures -20 to +50 degree C
Power Options Vehicle, AC, Battery
Telemetry Cellular, WiFi, Radio

Berkeley Nucleonics Radiation Detection Products Used In Japan

2011-04-05T09:53:00.000-07:00

In response to the Japanese nuclear power plant disaster, Berkeley Nucleonics has delivered 100's of radiation detectors to US and Japanese nationals who are working in and around the contaminated facility. We have donated numerous shipments and continue to provide around-the-clock support for end users and regional service and training centers. For a list of agents in Asia, please see our International Pull-Down Menu. The SAM Isotope Identifier has been updated with Eagle-A, a new firmware to quickly identify low levels of Cs-134, Cs-137 and I-131.

Click http://www.globaldirt.org/map/ to see the actual readings from our SAM 940 Isotope Identifier. This data was taken by a Global DIRT assessment team within 2km (1.2 miles) of the Fukushima I Nuclear Power Plant. Data was collected using a Berkeley Nucleonics Corporation SAM 940 Defender / Revealer. The map below represents only readings which contained isotope levels (about 451 of the 1654 current readings). Be sure to check back as this page will be constantly updated.

About Berkeley Nucleonics

BNC’s radiation detection products are popular for detection, dosimetry and isotope identification and in use by HazMat teams, firefighters, first responders, and border protection personnel. Analytical products offer real time medical, industrial, SNM and NORM nuclear isotope identification. From pager to portal, we understand detection and spectroscopy applications. BNC offers an accredited training program which provides attendees with a comprehensive understanding of the principles and techniques involved in radiation detection and isotope identification. This program also provides CEUs and can educate new and experienced users. Regional courses or on-site, our trainers can deliver. Give us a call or try our Live Online Help…800-234-7858

Trace Radiation Levels from Japan detected by U.S. EPA RadNet System—

2011-04-04T10:46:00.000-07:00

Albuquerque, New Mexico. April 1, 2011. During the past three years, EDi has maintained the U.S. Environmental Protection Agency’s (EPA’s) RadNet system, which consists of more than 100 radiation-monitoring stations throughout the United States. Lately, these monitoring stations track and record the released radiation from the Fukushima Daichii Nuclear Power Plant severely damaged during the earthquake and tsunami that recently devastated Japan on March 11, 2011.
The RadNet Program, initially established to monitor radiation associated with nuclear weapons testing, was later expanded to include radiation levels during emergencies. For more than 30 years, RadNet has developed an important environmental radiation database used by the EPA and other federal agencies.
The RadNet mission is to monitor environmental radioactivity in the United States providing high quality data for assessing public exposure and environmental impacts resulting from nuclear emergencies and to provide baseline data during routine conditions. RadNet has three (3) specific objectives:

1. Provide data for nuclear emergency response assessments;
2. Provide data on ambient levels of radiation in the environment for baseline and trend analysis; and
3. Inform the general public and public officials.
EDi performs a variety of calibration, repair, and technical support services for the monitoring devices—both on site and at our San Antonio, TX service facility. Services include maintenance of the central processing unit (CPU), all telemetry and weather-monitoring subsystems, and sensors.

About EDi

Headquartered in Albuquerque, New Mexico, EDi is a Small Business Administration (SBA) certified woman- and minority-owned small disadvantaged business entity with a strong reputation for providing quality technical environmental services. Recognized as an industry leader, EDi specializes in the detection, identification, characterization, and decontamination of hazardous and radioactive environments. Founded in 1990, EDi began by providing radiological and industrial hygiene support services to Los Alamos and Sandia National Laboratories and has since expanded its capabilities and market areas. Today, EDi has offices in New Mexico, Colorado, Texas, Tennessee, and Washington, D.C.

For more information about EPA’s RadNet program, visit: http://www.epa.gov/japan2011/

For more information about EDi and the Radcon Services we provide, visit: http://www.edi-nm.com

An Overview of X-Ray Spectroscopy

2011-04-01T13:18:00.000-07:00

The purpose of this book is to discuss X-ray microanalysis and computer-aided imaging at a level that promotes an understanding beyond merely “how-to” texts, but without overwhelming the reader with volume or complexity. No attempt is made to replace a full textbook for either technique. Rather, this volume is meant to be an introduction for newcomers to the fields and a reference for experienced microscopists to be reviewed as needed. More in-depth texts and articles, which include derivations of the mathematical relationships, are given as references for those who desire such information. Several tables and diagrams of relevant information are provided for quick reference.

http://www.berkeleynucleonics.com/resources/MicroscopyBook.pdf

Singapore Government Suspends Import of Food from Japan

2011-03-31T10:51:00.000-07:00

AVA SUSPENDS IMPORT OF FRUITS AND VEGETABLES FROM KANTO REGION IN JAPAN
Detection of radioactive contaminants in another two samples of vegetables from Japan
Radioactive contaminants have been detected in another two samples of vegetables from Japan. The contaminated samples were imported from the prefectures of Kanagawa and Tokyo. In addition, the Japanese Ministry of Health, Labour and Welfare had reported the detection of high radioactivity levels in some vegetables from Saitama.
2. In view of the latest developments, the Agri-Food & Veterinary Authority (AVA) will extend its suspension on the import of fruits and vegetables to include the prefectures of Kanagawa, Tokyo and Saitama. This means the entire Kanto Region of Japan is now suspended from exporting fruits and vegetables to Singapore as AVA had earlier suspended the Kanto prefectures of Ibaraki, Tochigi, Gunma and Chiba.
Status of suspension of Japan food imports
3. The status of our suspension of food imports from Japan as at 26 Mar 2011 is as follows:
Source
Item
Fukushima, Ibaraki*, Tochigi* and Gunma*
Milk, milk products, seafood, meat, fruits and vegetables
Ehime, Chiba*, Kanagawa*, Tokyo* and Saitama*
Fruits and vegetables
* Prefectures in the Kanto Region
Food imports from Japan subjected to “hold-and-test”
4. Since 25 Mar 2011, all consignments of fruits and vegetables, seafood, meat, milk and milk products imported from Japan have been subjected to hold-and-test. This means that the products will only be released for sale when test results show that there is no radioactive contamination. If radioactive contaminants are detected in any sample, the affected shipment will be disposed.
Agri-Food & Veterinary Authority of Singapore 5 Maxwell Road #04-00 Tower Block MND Complex Singapore 069110 Fax: (65) 62235383

Updates on test results
5. To date, 287 samples of fruits and vegetables, seafood, meat, milk and milk products have been tested. The latest results of samples collected from shipments imported on 25 and 26 Mar 2011 showed that radioactive contaminants were found in the following two samples of vegetables :
Item (Source)
Detection levels
Iodine-131
Cesium-134
Cesium-137
Cabbage (Kanagawa)
936bq/kg
242bq/kg
474bq/kg
Leek (Tokyo)
226bq/kg
-
-
* Becquerel (bq) is a measurement of radioactivity levels. The Codex guidelines for radionuclides in food (other than infant food) for Iodine 131 is 100 bq/kg, Cesium 134 is 1000 bq/kg and Cesium 137 is 1000 bq/kg.
** Test results are provided by the Health Sciences Authority’s Applied Sciences Group
No cause for alarm for consumers
6. Food imported from Japan that is available in the market is safe for consumption. There is no cause for concern for consumers as the affected consignments have not been released for sale under our “hold-and-test” surveillance programme.
7. AVA will continue to closely monitor and test food imports from Japan.
8. The public could visit the Japan Earthquake microsite at www.gov.sg (www.gov.sg/japanquake) for latest updates and information from the authorities. They could also visit AVA site at www.ava.gov.sg.
Issued by Agri-Food & Veterinary Authority
On 26 Mar 2011

ANNEX A
Source : http://mapsof.net/japan/static-maps/png/regions-and-prefectures-of-japan

Semiconductor applications for Berkeley Nucleonics Pulse and Digital Delay Generators

2011-03-25T11:03:00.000-07:00

Semiconductor applications for Berkeley Nucleonics Pulse and Digital Delay Generators were discussed at the Shanghai Photonics conference last week. Teltec Semiconductor, Berkeley's local agent, gave product demonstrations to numerous R&D engineers developoing the next generation of wafer technology for a re-emerging semiconductor industry. New mobile applications and in-vehicle wi-fi systems lead the way as manufacturers find ways to adjust to new market needs.

The Berkeley Nucleonics Digital Delay Generators offer 8 channels of delay and width with resolution down to 1 picosecond. The BNC line also offers the worlds lowest trigger jitter which is measured under 10 picoseconds. The company offers a range of products from it's factory in California and through domestic and international service centers. The applications team at Berkeley Nucleonics is available by phone during the day or around the clock on the website by clicking LIVE HELP. For more, go to www.berkeleynucleonics.com

About Berkeley Nucleonics

Berkeley Nucleonics was founded in 1963 as a spin-off of the Lawrence Berkeley National Laboratory (LBNL) in Berkeley, California. The company manufactures lines of instrumentation for medical, nuclear, physics and chemistry fields. Customers are serviced by a network of approximately 50 international and domestic agents and service centers. The company is routinely cited for contributions to the advanced research of US federal agencies and various large academic institutions. New products for 2011 include a 16 Channel Pulse and Delay Generator, an Arbitrary Waveform Generator, a 40pS Universal Counter / Time Interval Counter and a growing line of 100MHz – 500MHz Oscilloscopes.

Berkeley Nucleonics Radiation Detection Devices Get First Readings From Japan

2011-03-23T11:54:00.000-07:00

Our colleagues in Japan are on the ground measuring Gamma Radation using the like of Berkeley Nucleonics PRDs and Isotope Identifiers. We are please to report that the background levels are still normal as of March 23, 2011 8:00AM PST. The detectors use a combination of GM-Tubes, CsI scintillators, Sodium Iodide and Lanthanum Bromide. Each material is useful for different applications and when combined, provide a family of equipment that gives comprehensive results.

Berkeley Nucleonics customers are headed out this weekend equipped with GPS-enabled SAM isotope identifiers and will begin posting GPS data with corrolated radiological data as early as Tuesday, March 29. "We are excited to participate in the work of organizations like www.globaldirt.org and think their efforts compliment the work of the Japanese and US governmental agencies. Our isotope-specific data logging is ideally suited for mapping large areas quickly. Customers use carts or small vehicles while scanning with full identification on board." comments David Brown, Company President.

For a video on the GPS SAM system for land monitoring - click here http://www.berkeleynucleonics.com/Media/RadCart.wmv (Rad Video Download)

For examples of a land based mapping systems - see the attached images

Press Contact:
Bernadette Jamieson, 800-234-7858 x210, bernadette.jamieson (at) berkeleynucleonics (dot) com

Technical Contact :
Robert Corsetti, 800-234-7858 x250, robert.corsetti (at) berkeleynucleonics (dot) com

About The Company :

Berkeley Nucleonics Corporation (BNC) has a 45 year history providing precision electronic instrumentation for test, measurement and nuclear research. Our products include signal / pulse generators and digital delay generators (DDG), multimeters and frequency counters, radiation detectors (RIID) and life sciences instrumentation. Flagship instruments include a 250pS 8-Channel Digital Delay Generator, a NIM Precision Pulse Generator and ANSI compliant handheld isotope identifers (RIID) and radiation pagers (PRD). We offer users around-the-clock support on our products and can customize a suite of instruments to meet the most demanding applications.

BNC’s radiation detection products are popular for detection, dosimetry and isotope identification and in use by HazMat teams, firefighters, first responders, and border protection personnel. Analytical products offer real time medical, industrial, SNM and NORM nuclear isotope identification. From pager to portal, we understand detection and spectroscopy applications. BNC offers an accredited training program which provides attendees with a comprehensive understanding of the principles and techniques involved in radiation detection and isotope identification. This program also provides CEUs and can educate new and experienced users. Regional courses or on-site, our trainers can deliver. Give us a call or try our Live Online Help...800-234-7858

Berkeley Nucleonics Featured in New York Times Article

2011-03-22T14:13:00.000-07:00

http://www.nytimes.com/2011/03/22/business/22geiger.html?_r=2

Article Excerpt :

Many people buying the devices say they are worried about their food becoming contaminated. One customer, Mr. Flanegin said, was a theme park in Japan that wanted to check its food supplies as a precaution for its visitors.

Radiation detectors come as hand-held devices, wrist watches and pager-size gadgets that hang from the belt. Their cost varies from $150 for a self-assembled kit to $4,000 for a more sophisticated version that stores radiation readings along with the GPS coordinates of where those readings were taken.

Technically, Geiger counters are just one type of radiation detector. But many people use the term to describe all radiation detection equipment.

Law enforcement, fire departments, military, hospitals, scientific laboratories, schools and prospectors are the typical customers. Federal government agencies seem to be well enough stocked that they are not scrambling to buy more, according to the sellers interviewed.

Usually, the general public, other than a small group of hobbyists, has little interest in radiation.

But that changed after a devastating earthquake and tsunami set off Japan’s nuclear troubles. Demand for radiation detectors, along with potassium iodide pills, which can help prevent radiation-induced thyroid cancer, quickly outstripped supplies and the limited capacity to produce more.

Skepticism that the government will be forthcoming about radiation levels is driving some of the sales, said John Iovine, president of Images SI, a company in Staten Island that makes and sells Geiger counters and other scientific instruments.

“I never really felt it until people started calling up,” he said. “They want their own Geiger counter to check up.” Radiation levels in the United States remain within the normal range, according to the Environmental Protection Agency, which has a network of monitors across the country. Updates are available on the E.P.A.’s Web site.

During a typical week, Mr. Iovine says, he may get an order for 20 Geiger counters from a local government followed by several weeks without any additional sales. But in the week after the Japan earthquake, he said he received close to 200 orders and was now sold out. Customers are now warned that it will take six to eight weeks to fill any orders.

Still, buying a radiation detector is just the first step, Mr. Iovine said. Owners of the devices need to discern between dangerous radiation levels and a normal background reading.

“To use it is very simple,” Mr. Iovine said. “To interpret the results gets a little more difficult.”

Naturally occurring radiation varies depending on factors like local geology and altitude. People are exposed to additional radiation when they get an X-ray or fly in an airplane.

Robert Corsetti, director of sales and marketing for Berkeley Nucleonics, which makes and sells industrial-grade radiation detection equipment, said that calls to his company, which is based in San Rafael, Calif., increased up to 15 times the normal level after the problems started in Japan. In some cases, people are simply calling to ask if they are at risk, and not to buy something.

“We send out PowerPoints that dispel rumors,” Mr. Corsetti said. “I send the e-mail 20 times a day.” In one case, he said, an airline pilot who regularly flies to Tokyo wanted a detector to determine if he was being exposed to more radiation than usual. NBC News crew members in Japan are using radiation detectors from Berkeley Nucleonics that they can wear on their belts, much like beepers. The devices sound an alarm when they detect excessive radiation and when the dose exceeds a specified level over time.

In addition to the detectors, NBC News personnel are equipped with protective masks and suits, along with access to potassium iodide pills.

Shipment of Radiation Detectors to Mizuno Pharmacy, Tokyo Japan.

2011-03-21T15:15:00.000-07:00

Shipment of Radiation Detectors to Mizuno Pharmacy, Tokyo Japan.

Berkeley Nucleonics shipped PRD units to Mizuno Pharmacy in Tokyo today in an effort to advise patients and clinical staff about fallout concerns after a reactor incident at Fukushima Nuclear Power Plant. The PRD from Berkeley Nucleonics measures dose rates, counts per second and accumulated dose, making it useful for a wide range of applications.

“The service I received from Berkeley Nucleonics has been exception in these trying times,” commented Barbara Chang in a telephone discussion.

Radiopharmaceutical companies are one of many industries with routine exposure to medical and industrial nuclear radiation. Radio Isotopes are used in a wide range of industries and occur in many natural forms as well. Such benign articles as ceramics or kitty litter carry small levels or radiation. Patients who receive medical treatments, often with Iodine-131, are also subject to radiation concerns. The PRDs and a broader family of detector systems provide instant results and characterization of the ionizing radiation. Previous TLD systems absorbed dose over long periods of time but required special readers or 3rd party service providers to inform the holder of actual exposures. The company has ramped up production and is planning additional shipments of PRDs and Isotope Identifiers to Japan I the coming weeks.

Press Contact:
Bernadette Jamieson, 800-234-7858 x210, bernadette.jamieson (at) berkeleynucleonics (dot) com

Technical Contact :
Robert Corsetti, 800-234-7858 x250, robert.corsetti (at) berkeleynucleonics (dot) com

About The Company :

Berkeley Nucleonics Corporation (BNC) has a 45 year history providing precision electronic instrumentation for test, measurement and nuclear research. Our products include signal / pulse generators and digital delay generators (DDG), multimeters and frequency counters, radiation detectors (RIID) and life sciences instrumentation. Flagship instruments include a 250pS 8-Channel Digital Delay Generator, a NIM Precision Pulse Generator and ANSI compliant handheld isotope identifers (RIID) and radiation pagers (PRD). We offer users around-the-clock support on our products and can customize a suite of instruments to meet the most demanding applications.

BNC’s radiation detection products are popular for detection, dosimetry and isotope identification and in use by HazMat teams, firefighters, first responders, and border protection personnel. Analytical products offer real time medical, industrial, SNM and NORM nuclear isotope identification. From pager to portal, we understand detection and spectroscopy applications. BNC offers an accredited training program which provides attendees with a comprehensive understanding of the principles and techniques involved in radiation detection and isotope identification. This program also provides CEUs and can educate new and experienced users. Regional courses or on-site, our trainers can deliver. Give us a call or try our Live Online Help...800-234-7858

BNC's Radiation Detection Gear Shown on CNN

2011-03-21T08:17:00.000-07:00

Here is a link to the video

http://ireport.cnn.com/docs/DOC-576597

Nuclear Isotope Identifier for Gamma and Neutron improves GPS resolution

2011-03-16T12:16:00.000-07:00

Nuclear Isotope Identifier for Gamma and Neutron improves GPS resolution

Earlier this month at the Waste Management 2011 conference in Phoenix, AZ, Berkeley Nucleonics introduced a new, faster operating system that allows real-time characterization of large plots of land for nuclear remediation with sub-meter GPS resolution. The handheld and mobile systems allows fast generation of radiological maps giving users a clear indication of radiation levels and isotope specific count rates. Other applications include establishing perimeters, nuclear geomapping, radiometric surveys, potassium/thorium exploration and cleanup of contamination land areas.

If you would like a copy of the February 2011 USDOE White Paper, please reply.

To watch a short video on Nuclear Isotope Identification - click here: http://www.berkeleynucleonics.com/Media/RadCart.wmv

More about the SAM 940:
The Model SAM 940 Isotope Identifier (RIID) is widely respected as the fastest Isotope Identifier in the industry. The latest features enhance the “Easy-Mode” for front line use. The Dual-Tachometer indicates Gamma and Neutron levels in Counts Per Second, will concurrently recording isotope specific dose rates for a broad isotope library. In addition to typical ANSI and Medical Isotopes, the SAM 940 identifies less common but equally concerning isotopes like Europium and Neptunium. Although these sources are not in the ANSI approved list, field exercises have shown the need for including our broader library of 120 Isotopes. The new release results in an easy-to-use device for fast, accurate identification of radioactive materials.

Regarding current issues in Japan regarding nuclear power plant problems, the company spokesman commented…“The SAM systems are well suited for front line assessment of nuclear issues. The data stored is easy to interpret on-site, but analytical processes store up to 10,000 event details (spectra, alarm information and qualititative details) in the SAM’s memory…all the elements needed by a Health Physicist or Spectroscopist to address follow up concerns. We recognize the difficult problems in Japan and have already donated instrumentation to Japanese agencies such as the Japanese Food Bank for screening of food products. We have also increased our capacity to address growing demands. Our agent in Japan, Seiko EG&G, has been a distributor and sales agent of Berkeley Nucleonics for over 30 years. They are well qualified to address end users with training and service.”

Press Contact:
Bernadette Jamieson, 800-234-7858 x210, bernadette.jamieson@berkeleynucleonics.com

Technical Contact :
Robert Corsetti, 800-234-7858 x250, robert.corsetti@berkeleynucleonics.com

About The Company :
Berkeley Nucleonics Corporation is a leading manufacturer of precision electronic instrumentation for test, measurement and nuclear research. BNC has its corporate headquarters in San Rafael, California with several additional manufacturing facilities and sales offices located throughout the United States.

Berkeley Nucleonics sends Personal Radiation Detectors to Japan

2011-03-14T15:25:00.001-07:00

As news crews from NBC News head to Japan to report on the difficult situation following last weeks earthquake and tsunami, they will be equipped with state-of-the-art radiation detection devices from Berkeley Nucleonics, a manufacturer of nuclear detection systems in California. The radiation detectors are about the size of a doctor’s pager and fit on the belt of the user. They alarm in the presence of nuclear radiation and store accumulated dose over a period of time. The instruments were provided on Saturday afternoon as company staff met with NBC couriers in San Rafael. The rush was in an urgent attempt to meet deadlines for staff reporters who were leaving the country. Other instruments from Berkeley Nucleonics currently deployed in Japan include the SAM Isotope Identifier, see here

The ability to alarm is useful for people not expecting to encounter nuclear radiation. Accumulated dose is an added feature that allows people to continue critical work such as search and rescue with a preset total dose alarm indicating when the worker should retreat from the area.

The thresholds for acceptable doses of radiation are set by various US agencies including the US EPA, which has maintained that an accumulated dose up to 5 REM (Roentgen Equivalent in Man) is acceptable per year. For emergency workers and first responders, higher limits are allowed. See the diagram below for common activities and the related exposure rates.

Arbitrary Waveform Generator Makes MEMS Waveforms

2011-03-14T14:39:00.000-07:00

MEMS, microelectromechanical systems, require complex driving waveforms to achieve optimal performance and device lifetime. Often many of the same devices are needed for a given application. Cost considerations usually require these many devices to be operated open loop. If the driving waveform to these many devices can be optimized, both performance and lifetime for the MEMS devices can be dramatically improved. BNC’s arbitrary waveform generator, Model 645, has been an effective tool in determining what that waveform should be.

For example, MEMS switch lifetimes can be maximized by careful selection of the driving waveform. It has been shown that the number of reliable switch operations on a particular RF MEMS switch can range from 10*4 to 10*8 depending on the actuator drive voltage level. It has also been shown that tailoring of the waveform shape can also increase the switching speed by reducing contact bounce. An example of such a waveform is a pulse to activate the switch, a period of no signal and then a hold pulse at a level much lower than the activation pulse. An ARB is used to adjust the timing and amplitude of each phase of the drive signal. With an ARB one
can even adjust the shape of the driving pulses from step function to bandwidth-limited drives.

What was particularly useful was the Model 645’s ability to store complete sets of the 14-bit, 256K waveform so that one could tweak, store and compare with other waveforms. The Model 645 offers 14-bit resolution and a 125 MSa/s sampling rate, giving this MEMS application the time and amplitude control it needed. More details on the complete benchtop line of test equipment is available at www.berkeleynucleonics.com or 800-234-7858.

IAEM Conference

2010-11-08T08:00:00.000-08:00

Berkeley Nucleonics Corporation exhibited at the International Association of Emergency Managers conference in San Antonio, TX.

NEW BLUE LIGHT PULSE GENERATOR AT 405 NM

2010-11-01T15:07:00.000-07:00

Berkeley Nucleonics is introducing the new Model 040 Light Pulse Generator. The new module leverages state of the art laser chip production and efficient packaging techniques to deliver 10mW of calibrated light pulses at 405nm. The light is delivered via a single-mode optical fiber coupled to an FC connector. Custom fibers and connectors include Polarization Maintaining and Multi-Mode fibers, and ST or SMA front panel connectors. Rates up to 10MHz with pulse delay and width resolution of 1nS are provided. An impulse mode delivers a sub-nanosecond, fixed with pulse in single or double pulse modes.

As a group, the light pulse generators offer unmatched flexibility in optical signal control for benchtop testing, R&D, simulations and optical component design. The optical signals are programmable and are married to a TTL and ECL output for addition setup controls. Power levels are adjustable in 10 microwatt steps. The system includes interlock safety and keyswitch controls. The safety features of the new product meet IATA and FDA Class 1, Class II and Class IIIB safety requirements. The instrument is manufactured in compliance with CFR Title 21, Chapter 1, Sub-Chapter J and with reporting policies compliant with CFR Title 21, Part 1002/1003.

“The breakthrough is diode technology enables Berkeley Nucleonics to source efficient, low power blue chip lasers for fast pulsing applications. Testing of PMT tubes, optical circuits and switches, photodiode production or sensor calibration are some of the immediate applications”, comments John Yee, Applications Manager.

BNC at Hotzone Hazmat Conference

2010-10-15T13:06:00.000-07:00

Here is a look at our booth at the Hotzone Hazmat Conference in Houston, TX. We are displaying our SAM 940 Isotope Identifier and several of our other radiation detection gear utilized by Hazmat and First Responder teams.

New Processing Capability Coupled with Time Slice Data Logging in Nuclear Detection System

2010-08-13T11:55:00.000-07:00

Berkeley Nucleonics introduces the Rad-Cart, an integrated GPS radiological solution for environmental remediation. The nuclear detection system logs isotope specific and full data over a broad energy range and simplifies post processing activities. The nuclear detection and spectroscopy system includes large volume NaI detectors ( up to 4"x4"x16") with resolution at 7%, a performance specification virtually unmatched in the industry. Detector mechanicals and housings are customized for the terrain in the application with shock absorption options. The resultant data logs include second by second isotopic data along with GPS (Lat / Long / Altitude optional) and time stamps. The accurate logs of data are achievable via a time-slice technique that leverages patented algorithms with modern day processing power. The algorithm, called QCC, performs a compression that gives high sensitivity needed for pCi/gm measurements.

"QCC has been in the Berkeley Nucleonics isotope identifiers for over 10 years. What is new is the powerful data processing in the Eagle-L SAM System", comments Robert Corsetti, Nuclear Products Manager for Berkeley.

The microprocessor in the system performs fast data logging and automated acquisition simultaneously. All data is readily available on a flash card convenient for mapping and volumetric conversions. Streaming data is also available for systems tied to a USB or Ethernet network. For more, see www.berkeleynucleonics.com or call 800-234-7858.

About Berkeley Nucleonics
Founded in 1963, BNC is an internationally recognized pioneer in the development of precision test, measurement and nuclear instrumentation. Headquartered in San Rafael, California, BNC also provides an accredited training program and a variety of calibration custom development services.

Model 575 - AT45-High Voltage – 45V Pulses with Fast Risetimes

2010-08-13T09:17:00.000-07:00

This new output stage for the Model 575 Digital Delay / Pulse Generator increases max pulse amplitudes to 45V. The company has used modern circuitry to achieve these higher voltages with the same pulse generator architecture, resulting in a low cost for the dual channel output stage. The 45V pulses have risetimes <2.0 nS and pulse widths as wide as 10 seconds, with repetition rates up to 100 KHz. The performance achievements enable faster testing of high power lasers systems and enable developments in laser diode drivers and pump lasers. Other applications which benefit are capacitor banks, semiconductor assay and pyrotechnics detonations. Sled tests and high speed cameras, shutters and frame-grabbers all have potential benefits with the fast high voltage pulser.

"While we have offered pulsers up to 1000 Volts for quite some time, the fast risetimes and rep rates in the Model AT45 introduce new functionality customers have asked for. We can upgrade units in the field or offer the systems new for under three thousand dollars", comments Applications Engineer John Yee.

"The higher voltage outputs come at a time when customers are reluctant to purchase additional capital equipment and are looking for expanding the functionality of their existing product. We are pleased with the results."

Berkeley Nucleonics demonstrates the SAM 940

2010-07-15T07:28:00.000-07:00

Berkeley Nucleonics demonstrates the SAM Isotope Identifier's latest feature set during a DC workshop on ANSI N42.34 compliant instruments capable of networked data management.

New Release of Labview Drivers

2010-06-28T11:15:00.000-07:00

Berkeley Nucleonics Corporation (BNC) has released a major update to Labview drivers for our Model 1105 Universal Frequency Counter and our Model 645 Arbitrary Waveform Generator. The drivers can be download at the BNC’s website on product webpages or the National Instruments website (www.ni.com) by searching the BNC Model Numbers.

“We are excited to expand on this interface available for our customers. NI certified drivers are important for users in a wide range of applications, from generating signals for test or research to measuring scientific phenomena”, comments Mark Slattery, Application Engineer.

The Model 1105 has 12 digits of frequency resolution and 40ps of time interval resolution. The real-time DSP front-end facilitates faster measurement throughput, making the 1105 the most cost effective Universal Counter available.

The Model 645 50MHz Function/Arbitrary Waveform Generator delivers many more features and additional user modes when compared to our previous models. With new manufacturing techniques, we are able to reduce cost and provide a low end user price. New DDS+ technology embraces advancements in the semiconductor industry and leverages state-of-the-art components for both standard and complex functions. For details on either product, see www.berkeleynucleonics.com or call 800-234-7858.

About Berkeley Nucleonics
Founded in 1963, BNC is an internationally recognized pioneer in the development of precision test, measurement and nuclear instrumentation. Headquartered in San Rafael, California, BNC also provides an accredited training program and a variety of calibration and OEM instrumentation development services.

Technical Point of Contact:
Robert Corsetti
800-234-7858 x250
robert.corsetti@berkeleynucleonics.com

Health Physics Show 2010 in Salt Lake City, UT

2010-06-28T11:06:00.000-07:00

Berkeley Nucleonics attends the HPS annual meeting in Salt Lake City, UT. BNC is excited to exhibit its most advanced radiation detection technology and meet with its Reps and customers at the annual Health Physics Show. With new developments to the SAM 940 and a new palmRAD hand held detector, BNC is garnering a lot of interest.

Labview Support for Model 1105

2010-06-15T11:34:00.000-07:00

Labview Support - Berkeley Nucleonics now offers a Labview Driver for the Model 1105 Universal Frequency Counter and Time Interval Counter. The Model 1105 is a full featured measurement tool for test benches ranging from simply hobbiests to the most demanding, double-digit picosecond measurements. The Universal Counter also handles measurements of frequency, frequency ratios, pulse widths, duty cycle, rise and fall times, phase, event counts, voltage peaks and mean (min/max) with standard deviations. See more at www.berkeleynucleonics.com

Berkeley Nucleonics attends CLEO 2010

2010-06-15T08:12:00.001-07:00

During the CLEO 2010 conference, Berkeley Nucleonics demonstrated multi channel Digital Delay Generators with fast risetimes, low jitter and picosecond resolution. The company, a test and measurement manufacturer since 1963, also demonstrated the latest Arbitrary Waveform Generator released in the United States earlier this year. The Model 645 ARB / Function / Pulse Generator delivers 50MHz Pulse and Waveform options, and a 10MHz fully programmable Arbitrary function. The conference, celebrating 50 years of laser R&D, was attended by domestic and international organizations in the photonics industry. Conference Website.

BNC Training Facility Transportation in DC

2010-04-21T12:15:00.001-07:00

Convenient metro service is available from Ronald Reagan Washington Airport to our DC area radiation pager service and repair and training facility.

BNC Demos SAM 940 at Radiation Conference in Newport, RI

2010-04-20T13:55:00.001-07:00

Sales Director Robert Corsetti, at Berkeley Nucleonics booth at the 42nd National Conference on Radiation Control, demonstrates powerful isotopic logging and analysis functions in the SAM Eagle radioisotope identifiers.

Berkeley Nucleonics attends CRCPD Conference in Rhode Island

2010-04-20T07:22:00.000-07:00

Berkeley Nucleonics is attending the 42nd Annual National Conference on Radiation Control in Newport, RI from April 19-22. BNC is excited to meet and greet our loyal customers as well as demonstrate our latest and greatest in Radiation Detection gear. Here is a picture of our booth, please stop by if you are in the area.

Product Technical Note – DG535/BNC575 Programming Compatibility

2010-04-05T08:40:00.000-07:00

Berkeley Nucleonics Model 575 Digital Delay / Pulse Generator Includes Program Compatible Mode for Drop-In Replacement of Stanford Research System’s DG535

Berkeley Nucleonics offers an easy firmware upgrade option for the Model 575 which allows existing command structures originated with the DG535 (SRS Model) to be used without modifications. Ask for DG535 Command Set Compatibility.
This firmware upgrade aids in transitioning programming software from the DG535 to the more fully featured and higher throughput BNC Model 575. The majority of these commands perform identically to the SRS equivalent instrument functions, while some range and mode settings extend the functionality and/or the limits of the SRS equivalent capabilities.
"This new firmware feature will significantly increase the efficiency of migrating from older antiquated equipment to an up-to-date, more capable instrument" states Senior Applications Manager, John Yee.
The Model 575 Series from Berkeley Nucleonics is cost effective and extremely capable, providing solutions to generate and synchronize multiple pulses and triggers for a wide variety of applications from simple to complex. For automated test sequencing, all common computer interfaces are available such as RS232, USB, GPIB and Ethernet. The Model 575 Series provides up to eight fully independent digitally controlled channels with width, delay, and rate and amplitude control on each output.

Contact us at www.berkeleynucleonics.com and select LIVE HELP, or 800-234-7858, we are happy to discuss your needs.

Model 1105 Frequency Counter from Berkeley Nucleonics

2010-03-01T13:45:00.001-08:00

For applications in sensor development, the new Universal Counter from Berkeley Nucleonics offers a host of eye-popping features that further the research and test capability of sensor R&D laboratories. The new counter allows users to set up counting statistics and mean measurement modules which lead to broader evaluations of DUTs. The built-in Limit Testing allows users to generate reports based on count results within certain preset constraints.

Berkeley Nucleonics is a manufacturer of pulse and delay generators, arbitrary waveform generators and several counters. Our frequency and time interval counters range in performance and price from general purpose 400MHz systems under $2K to very specialized, 1 picosecond time interval counting. Give us a call or visit our engineers in our chat room, we’re happy to talk with you.

BNC Outfits Lab with 32 Channels of Precision Timing

2010-03-01T11:04:00.000-08:00

Berkeley Nucleonics, a manufacturer of pulse and delay generators, arbitrary waveform generators and frequency counters, was selected by a European research establishment to provide a large timing system for laser timing and triggering in new experimental efforts on high energy, high power lasers and hot plasmas. The timing of the BNC Model 588, which combines 8 channels of delay and width in a rack mount module less than 2 inches high, allows researchers to combine 100’s of channels of timing in a small area. The timing properties and features of the BNC Digital Delay Generators (250 picosecond resolution, improved 200 picosecond low jitter, channel by channel rate and amplitude selection). Major goal of research in this field include thermonuclear fusion for energy production, materials processing, physics of high-energy-density matter and planetary science.

Berkeley Nucleonics has a long history of supporting research in Europe. It’s first products were shipped to Germany in the 1960’s. Soon after, customers from the UK, France and Spain also began ordering Berkeley Nucleonics pulse and delay generators. The company has local service and support in 9 European Union member states and can address a broad range of customer and off-the-shelf test, measurement or nuclear instrumentation requirements. Read more at the company website

BNC Radiation Detector Training prior to HPS in Salt Lake

2010-02-22T09:38:00.001-08:00

Berkeley Nucleonics (BNC), a manufacturer of radiation detectors, isotope identifiers and test and measurement instrumentation, will provide an opportunity for end users to discuss new applications and product needs at the Annual Health Physics Society meeting in Salt Lake City, Utah, from June 27 – July 1, 2010. The HPS community has long been an industry leader in organizations that address radiation detection and radiation safety in industrial, medical and environmental capacity. The company will conduct multiple demonstrations of new GPS based isotope identification and remediation tools. The radiation detectors with GPS capability can be used for a variety of applications ranging from perimeter set up to routine compliance confirmation.

Berkeley Nucleonics will also offer a series of radiation detection and isotope identification courses in Salt Lake City in June for participants seeking a deeper understanding of the principles of isotopic characterization and neutron coincidence analysis. Courses include time in instrumentation, theory and exercises. The accredited courses by Berkeley Nucleonics offer CEU units from the DoD and many State organizations. Contact BNC for details. We are happy to talk with you at 800-234-7858.

NATIONAL CONFERENCE ON RADIATION CONTROL – APRIL 19-22, 2010

2010-02-19T14:13:00.000-08:00

NATIONAL CONFERENCE ON RADIATION CONTROL – APRIL 19-22, 2010

Berkeley Nucleonics is excited to participate in the 42^nd Annual National Conference or Radiation Control in Newport, Rhode Island. We will demonstrate the latest in field isotope identification and GPS-assisted development of radiological mapping. Our newest instrument offers sub-meter GPS resolution and 3% spectral resolution. Count rates are quickly logged for accurate remediation planning. The conference offers an opportunity for users of Berkeley’s radiation detection instruments to discuss emerging needs in current and upcoming applications.

The CRCPD's mission is "to promote consistency in addressing and resolving radiation protection issues, to encourage high standards of quality in radiation protection programs, and to provide leadership in radiation safety and education."

Dosimetry for the First Responder

2010-02-05T09:06:00.000-08:00

New position paper on dosimetry for the first responder, simplifies the requirements published by the NRC. Berkeley Nucleonics offers the Models 1621, 1703 and 907 palmRAD radiation pagers to help address these needs. First responders need Radiation Detectors such as PRDs and RIIDs for fast and accurate radiation level detection, identification of sources, and setting up response protocols. Our devices are ANSI compliant and provide N42.42 data for US DOE and DNDO reachback. Radiation Detection Pagers (Rad Pagers) are in stock for fast delivery.

Click here for the full white paper.

2010-02-01T14:32:00.001-08:00

Berkeley Nucleonics offered training and application support on pulse and delay generators, some with resolution down to 1 picosecond and jitter under 20 picoseconds, to a team of international sales agents from Asia. The training courses, during the Photonics West 2010 conference in San Francisco, highlights the growing demand from the East for BNCs test instrument lines. Arbitrary Waveform Generators, Digital Delay Generators, High Voltage and Optical Pulse Generators were all well received

Primary Use of Random Pulse Generator

2009-12-04T10:10:00.000-08:00

The primary use of a a random pulse generator such as the BNC Model DB-2 is to simulate actual operating conditions without requiring a live source and detector combination. Such parameters as frequency response, linearity, and discrimination levels may easily be measured without the inconvenience of dim oscilloscope display or long accumulation times. Proper operation of baseline restorer circuits may be quickly verified. Scalers and ratemeters may be checked for satisfactory pulse recognition under random pulse conditions.

The negligible amplitude shift with frequency of the pulser makes the standard frequency test using a live source and a low rate precision random pulse generator unnecessary.

Although most test applications will find the pulser connected to the test input of a charge sensitive preamplifier, it is possible to simulate the preamp itself with the random pulse generator. The pulser is connected directly to the main amplifier and the preamp decay time constant is matched by proper selection of the pulser fall time. Set up of a system containing an inaccessible preamp can then be accomplished with ease.

For accurate simulation of detector pulse shapes, the rise time control should be adjusted to match 2.2 times the detector decay time constant. For example, if a pulse shape analyzer working with CsI-NaI phoswich is to be tested, the random pulse generator rise time should be set to 0.5 µsec rise time for the NaI signal, and 2 µsec for the CsI signal. Intermediate signals are best obtained by mixing the outputs from two synchronized generators, 2 µsec rise time. By varying the amplitude ratio of the two generators, intermediate values of rise time are generated.

Solid state and plastic detectors have decay constants far shorter than the adjustment range of this generator. However, the shaping time constants used in virtually all systems are greater than the 100 nsec minimum rise time. The ballistic deficit formula predicts the reduction in amplitude, B. D., for a shaping system containing identical time constants for all shaping.

B.D. = (4)

where n = the number of integrations with time, constant =RC, and t_r is the rise time of the preamp output. The preamp output rise time may be calculated from:

(5)

where t_p is the pulser rise time and t_i is the rise time of the preamp in response to a unit step of zero rise time. The ballistic deficit for a preamplifier with a t_i of 10 nsec used with a shaping amplifier⁶ with 1 µsec time constants would be only 0.02% when used with this random pulse generator. Therefore, the ballistic deficit caused by this pulser may be ignored for most applications.

The external reference allows remote programming of the amplitude of the pulser, and the external trigger permits control of the output pulse rate. The latter provision is especially convenient if the average random rate needs to be controlled and an external random clock is unavailable. By placing the pulser in the random mode, a periodic waveform at the external trigger input will control the average random rate.

Cambio Software and SAM 940

2009-11-30T16:13:00.001-08:00

BNC Model SAM 940 Radionuclide Isotope Identifier provides a great user interface, ergonomic package, and government approved report to simplify the detection and identification process when in the field or in the lab.

In a sea of software solutions it is difficult to choose between many of the seemingly similar software packages. In some cases, these software programs do not support 3rd party instruments and limit users to a specific brand or manufacturer.

BNC Model SAM 940 has been selected and approved to send files to US DOE designed and developed software packages named Cambio. The software package Cambio has various options and features which can been downloaded for free from the website below.

Sandia National Lab -- https://hekili.ca.sandia.gov/Cambio/

Where spectral analysis features are not available to the general public, qualified users can contact Sandia Lab for expanded software packages.

SAM 940 Improves Radiation Detection at Large Events

2009-11-20T09:05:00.000-08:00

Berkeley Nucleonics SAM 940 Radionuclide Isotope Identifier has a wide range of applications , users, and features that facilitate a fast nuclear isotope identification and confirmation of medical radiation treatments.

Large public events (Baseball World Series, NFL Superbowl, etc) have hundreds of spectators that trigger radiation detectors of all sorts. The radiation therapy used in today's medical treatments will alarm radiation sensors from over 100 feet away. However, with the company's isotope identifier, a lanthanum bromide based isotope analysis tool, users can quickly confirm medical isotopes. Confirmation may or may not be discussed with the individual, but a fast tool for assessing radiation causes is paramount to a smooth event.

While the most common forms of radiation found at public events are classified as medical grade isotopes, the SAM 940 has the ability to do more. It can detect, identify, and classify medical isotopes such as Technicium 99, industrial isotope such as Cobolt and NORM (Naturally Occurring Radioactive Materials) such as K-40...your basic table salt. For more advanced detection of Uranium and Plutonium, the company offers an expanded library that combines gamma and neutron detection to make additional confirmations.

Providing a simple to use search mode makes nuclear spectroscopy possible for a larger number of users. To learn more about the SAM 940 and Berkeley Nucleonics please follow the link below

BNC SAM 940 -- http://www.berkeleynucleonics.com/products/model_940.html

BNC continues to gain international momentum

2009-11-20T08:27:00.000-08:00

Berkeley Nucleonics is expanding into Israel and supporting several environmental monitoring applications. We are participating in an upcoming conference on nuclear instrumentation and spectroscopic topics early in 2010. Our isotope identifiers are useful for attendees for both health physics and radiation detection applications. A short summary of the conference follows, applicable to all who are interested in radiation detection and nuclear materials analysis:

Nuclear Science part of Obama's Recovery Act

2009-11-19T13:50:00.000-08:00

Because many of the instruments sold by Berkeley Nucleonics are focused on general research, projects funded by the NSF and other research foundations are getting high quality instrumentation at great prices. We offer a line of budget-conscious instruments designed for versatility in an ever-changing lab environment. Research in green energy and renewable resources are earmarked by the Obama programs and make good use of our benchtop line.

Having been a flagship R&D company for almost 50 years, BNC has ties to many of the top R&D institutions world wide. Most notably, we have provided numerous custom designs for LLNL and UC Berkeley.

By providing digital delay generators to synchronize lasers, flash lamps, software programs and fluid systems, BNC continues to support research with in the academic community as well. These DDGs also operate as pulse generators, for triggering, gating or pulsing devices.

To learn more about Berkeley Nucleonics follow this link -- http://www.berkeleynucleonics.com/

To learn more about the recovery act and cutting edge research pertaining to the nuclear fuel industry , follow this link to Princeton Plasma Physics Laboratory -- http://www.pppl.gov/

BNC receives a warm welcome in Asia

2009-11-19T13:40:00.000-08:00

The international technical community has growing needs for high performance instruments that are priced reasonably and have reliable designs. Our products have a reputation for lasting (some up to 40 years) and that reputation has carried into Asia. Many researchers in the US are now teachers in Singapore, Taiwan or other Asian countries. They have taking their BNC products along and new customers are emerging. Even countries void of a high-tech industry have found need for our entry level arbs and dmms, used often by hobbiest or electronics repair shops. In the photo below, our agent in Hong Kong shows experimenters the multi-channel digital delay generator with low jitter and precise delay. The multi-channel control box is useful for timing, gating, syncing or delaying all sorts of experimental components. Cameras, data acquisition, triggers and amplifiers all need precise timing and precise digital delays.

Expanded Local Support for Radiation Detection Equipment

2009-11-19T10:21:00.000-08:00

Berkeley Nucleonics is excited to add new support for our radiation detectors and isotope identifiers in Ontario, Canada. Summit Controls, a well established supplier of instruments, will offer local sales and support on certain Radiation Detection products.

Summit Controls Ltd. was founded in 1994. They are known in the field for support and in-house expertise. For more information about Summit Controls Ltd please visit their website.

Summit Controls Ltd.
Jean Lee
Nuclear Project Manager
1355 Confederation Street, Unit 10
Sarnia, ON, Canada
N7S 4T2
Telephone: 1-519-337-3200
Fax: 1-519-337-7068
email: jean.lee@summitcontrols.com
website: http://www.summitcontrols.com

Bench Top Power Supply is Latest in BNC Test Instrument

2009-11-19T09:38:00.000-08:00

Berkeley Nucleonics has added a versatile, benchtop power supply to it’s expanding line of general purpose test instruments. The new Power Supply offers 3 adjustable outputs with front panel or remote interfaces. The new design leverages automated manufacturing processes resulting in an unprecedented combination of performance and price. The Model 1533 power supply, selling domestically for $995.00, gives Test and R&D engineers a stable, reliable and affordable power source.

The Model 1533 power supply features a low ripple, low noise, design ideal for applications requiring stable power regulation. We offer two tracking 25V outputs, which are together referenced to a floating common, and an isolated 6V output. For front panel control, the unit offers a bright, vacuum-florescent display that is easy to view from wide angles. The Model 1533 features a spinner knob and keypad for fast value selection or manual sweep functions.

For remote access, the Model 1533 power supply is equipped with a USB and RS-232 interface. GPIB is also available as an option. Users may elect to save setup parameters in non-volatile RAM as well, speeding up the setup process.

Berkeley Nucleonics at the IEEE in Orlando

2009-11-19T09:28:00.000-08:00

Another successful year for our pulse generators. The IEEE held it’s annual Nuclear Science Symposium and Medical Imaging Conference last month. The community of engineers and physicists meet annually to discuss emerging technologies in the nuclear and medical electronics field. Berkeley Nucleonics demonstrated new neutron detectors, fast Arbitrary Waveform Generator, among new pulse generators and other flagship instruments. The next show will be at Knoxville, Tennessee for 2010 http://www.nss-mic.org/2010/. The Conference Chairs were from Lawrence Livermore National Laboratory (LLNL) and Oak Ridge National Laboratory (ORNL). The DOE is traditionally a large supporter of physics research and private industry. The exhibit hours were lengthened also this year, a move to accommodate a growing community in the field and increased attendee participation over last year.

New Eagle OS for SAM 940 Radiation Detection System

2009-11-19T09:04:00.000-08:00

Eagle OS, the new upgrade, utilizes our fastest processor in conjunction with laboratory testing, patented algorithms, and GPS technology resulting in an ANSI compliant isotope identifier. With precision and simplicity, the SAM 940 radiation detection system detects, identifies and exports all data in real time.

The SAM Defender and SAM Revealer are the latest isotope identifier in the market with new technologies offered by Berkeley Nucleonics (Learn more about the Model 940 Radiation Detection System). Isotope identification is accomplished using spectral pattern characterization of radioisotopes. Users now have a wide range of radiological projects which they can address using on-site and off-site resources.

“With the new SAM 940 Radiation Detection System, We have minimized the number of keystrokes for all applications. For example, acquisition followed by identification and a report is accomplished with a single keystroke. This new, faster Eagle firmware provides mobile applications with real time detection and analysis. For a non technical user, our new intuitive menu structure and standard key pad supports ease of use,”comments Robert Corsetti, Nuclear Applications and Programs Manager.”

Additional Information on Eagle Operating System

Eagle OS Features
-Data on Demand
-Export Capabilities
-ID Confidence Boost
-Enrichment Level
HEU / LEU Analysis
-Color Coded ID
-Hands Free Calibration
-Library Enhancement
-GPS Compatibility

Eagle OS Applications
-GPS Mapping of Radiological Movement
-Supports City Based Radiation Tracking
-PC-Link with SAM-Control software
-CPS and GPS reports exported every Five Seconds
-Real –Time Vehicle Monitoring
-DOE and DNDO supported File format
-Confirm Medical Treatments

Specifications
Communication Serial, Ethernet, Custom
File Types ANSI N42.42, User Defined
Spectrum Resolution Down to 3% at Cesium (662 keV)
Operating Temperatures -20 to +50 degree C
Power Options Vehicle, AC, Battery
Telemetry Cellular, WiFi, Radio

EOY Holiday Schedule

2009-11-19T08:57:00.000-08:00

December 25 (Christmas) - Closed

January 1 (New Years) - Closed

Berkeley Nucleonics Corp.

45 year history providing precision electronic instrumentation for test, measurement and nuclear research.

See our latest Pulse Generator instruments.