Press Room
Newsroom and Press Articles
Read about news from throughout BNC's 50+ year history and stay informed of current events.
November 18, 2024 - Product Spotlight: Model 960 Radiation Monitor
Under the spotlight this week is BNC’s Model 960 - a radiation monitor that flexes to meet the demands of several different operations. The model’s robust array of features positions the 960 as an ideal solution for the following applications: discrete perimeter monitoring, unmanned remote monitoring,... Read Article
November 13, 2024 - Product Spotlight: PCX-7421
Berkeley Nucleonics Corporation takes pride in our DEI High Voltage line of products. Complete with high voltage pulse generators and pulsed laser diode drivers, BNC brings a lot to the table when it comes to applications demanding specs that deliver. Let's take a look at... Read Article
November 4, 2024 - Just Dirt or the Basis of our Health?
In honor of our recent integration of Medusa Radiometrics into BNC scientific, this week’s press release is dedicated to review all things soil health with special regard to agriculture.
California is an agricultural powerhouse - it produces ⅓ of the country’s vegetables and ¼ of its fruits and nuts (1). But as crops are grown and... Read Article
October 23, 2024 - Nuclear Energy Gives Data Centers Promise for the Future
It's no secret that global internet traffic has been on the rise - and even more remarkably in the years since the pandemic instigated many operations to transition online. A second bump in internet usage followed the introduction of chatbots and the consecutive release of publicly available AI thereafter. And while artificial intelligence shows itself as an ever-promising resource to... Read Article
October 15, 2024 - 38th Annual Symposium & Mini Show
Last week Berkeley Nucleonics had the pleasure of attending the 38th IEEE Annual Symposium and Mini-Show in New Jersey! When there are so many opportunities to attend large and multi-day conferences, exhibits, and trade shows, it's important to not overlook the possibilities offered at smaller events. Complete with... Read Article
October 7, 2024 - Berkeley Nucleonics at IEEE NPSS 2024: Partnering with Scionix for a Bright Future in Detection Technology
Berkeley Nucleonics is excited to announce that we will be attending this year’s IEEE Nuclear Science Symposium and Medical Imaging Conference (NPSS 2024) in Tampa Bay! As the exclusive partner for Scionix in the Americas, we are thrilled to showcase our joint expertise in scintillation and radiation detection technology.
... Read ArticleSeptember 30, 2024 - Exploring the Future of Nuclear Science at Redwood High School
An exhilarating benefit of working in the tech industry in the San Francisco Bay Area is our proximity to schools whose motivated student bodies consistently push the bounds of education. Fresh perspectives and new energy are essential to broaden dialogue and inspire those in the industry - seasoned professional or not.
BNC is excited to support... Read Article
September 23, 2024 - Radars: Understanding the Past to Shape the Future (Part III)
Today’s radar systems are far more advanced than the earlier models. What makes modern radar so powerful? It’s the combination of better electronics, faster processing, and smarter algorithms. These systems can filter out unnecessary data (like trees or mountains) via Kalman filters and focus on what matters, such as fast-moving aircraft or incoming storms.
... Read Article
September 17, 2024 - Radars: Understanding the Past to Shape the Future (Part II)
In 1842, Christian Andreas Doppler published Über das farbige Licht der Doppelsterne (“On the Colored Light of Double Stars”). As a professor in Prague, Doppler produced over 50 works covering astronomy, mathematics, and physics, but this particular publication would shape the future of countless modern technologies nearly 200 years later. From ultrasounds in medicine to parking... Read Article
September 9, 2024 - Radars: Understanding the Past to Shape the Future
It's Friday after work. You're cruising down the highway singing along to your favorite song when out of the corner of your eye, you spot a state trooper lurking behind the trees. Instinctively you slow down. But it's too late. In your rearview mirror the red and blue lights flash. You've been caught. The officer informs you that their radar system clocked you going 15 MPH over... Read Article
September 3, 2024 - The Continuing Challenge Hazardous Materials Emergency Response Workshop
Every year, BNC packs up and heads out to Sacramento to attend the Continuing Challenge Hazardous Materials Emergency Response Workshop. Thanks to its dedicated staff members and sponsors, this event has been operating annually since 1990. It offers itself as an incredibly valuable resource for professionals and students alike to get the most up to date knowledge about hazardous materials and... Read Article
August 27th, 2024 - Spectroscopic Personal Radiation Detector - Upcoming Webinar
Introduction to Spectroscopic Personal Radiation Detectors
Radiation detection is critical to the safety of individuals and maintenance of systems across various industries. Luckily, innovations in technology have continuously provided solutions that work to improve radiation detection and mitigate risk. Berkeley Nucleonics (BNC) is a leader in the field and is hosting an informative... Read Article
August 23, 2024 - Quantum Computing vs Classical Computing
Comparing quantum and classical computing is as similar as a proverbial apples and oranges comparison.
At the very heart of classical computers are these facts:
- They are able to store data.
- They require human instruction via programming to work accurately and fast.
- They do not have intelligence of their own.
- They are devoid of feeling.... Read Article
August 14, 2024 - What is Red Light Therapy & Where Did it Come From?
Red light therapy has been steadily trending during recent years as a therapy for anti-aging and inflammation. Reviews have been mixed - but mostly positive - and skepticism has been high. Yet it turns out that RLT has deeper roots in the health industry as a possible relief for issues ranging from tendonitis to dementia. No matter the variation in its uses, it's important to note that the... Read Article
August 7, 2024 - The Necessity of Radar in Fighting Megafires
Here on the west coast, we’ve experienced multiple of the deadliest fires on state record in the past half-decade alone. It doesn’t take a specialist to notice the patterns that enable each consecutive devastation - drought, heat waves, and high winds have permanently hammered their way into weather forecasts.
What’s more alarming is that specialists were also muddled, through no fault... Read Article
July 29, 2024 - Radiation: What You Should Know
UV rays, old televisions, smoke detectors, granite countertops, and x-rays. What do these have in common? They’re all radioactive - to a certain degree. Truthfully, radiation is everywhere. Thanks to science and strict monitoring there are ways to figure out when concern is warranted. Becoming familiar with the classifications of radiation - ionizing and non-ionizing - is the first step in... Read Article
July 22, 2024 - A Closer Look at MRI
There is no doubt that the invention of Magnetic Resonance Imaging, or MRI, stands as a pivotal advancement in medical care. MRI technology continues to be pushed further with the assistance of cutting edge tools, thus expanding our knowledge of the human body and solving the complexities of disease, injury, and developmental issues. There’s truly... Read Article
July 15, 2024 - Electric Vehicles & High Voltage Power Supplies
A bonus of working within the electronics equipment industry is the occasional glimpse into the future of various industries through our clients’ use of our technologies. Amidst the vast sea of changes Berkeley Nucleonics has seen since its dawn in 1963 has been the shifting from internal combustion engines to electric vehicles within the automotive industry. This is perhaps a more pivotal... Read Article
May 30, 2024 - Why is Afterglow Important in Scintillation?
One property of scintillation is afterglow, defined as the fraction of scintillation light still present for a certain time after the radiation energy, including gamma ray or x-ray, excitation stops. When the scintillator detects any incoming radiation, depending on the quality of crystal material, the radiation charged particles can be trapped in... Read Article
May 13, 2024 - Neutron Detectors and Their Performance
Introduction
The detection of neutrons requires a special environment because neutrons do not typically cause ionization since they are not charged particles. The detection of neutrons must provide an environment of high neutron cross-section1 nuclides (target). Nuclides commonly used for neutron detectors are helium-3 (3He), lithium-6 (6... Read Article
May 8, 2024 - Plastic Detectors for C-14 Dating
Often Carbon-14 dating is not done with solid scintillation counters, but we can offer a low cost plastic solution for this application. C-14 emits beta radiation and has an endpoint energy of 156 keV. When using a plastic detector, the radiation should pass through a window, with low noise, and mounted in a lead shielding.
C-14 can be easily compared to the energy of Chlorine-36 (CI-36... Read Article
April 26, 2024 - Ultimate Guide: The Perfect RF Signal Generator - Upcoming Webinar
The Perfect RF Signal Generator
As the demand for precise and reliable RF signal generators grows in industries ranging from telecommunications to defense, understanding how to choose and use these tools becomes ever more crucial. Berkeley Nucleonics Corporation (BNC), a leader in the field, is hosting a highly anticipated webinar titled... Read Article
April 22, 2024 - Comparing LBC and LaBr3:Ce Scintillators: A Detailed Overview
LBC and LaBr3:Ce Scintillators
Lanthanum BromoChloride (LBC) scintillators, represented by the chemical formula LaBr2.85Cl0.15:Ce, are gaining prominence in radiation detection due to their notable features which are closely aligned with those of the renowned LaBr3:Ce crystals. These scintillators are celebrated for their high-resolution capabilities and enhanced... Read Article
March 1, 2024 - SiPM Readout Method to Improve Scintillation Performance
Berkeley Nucleonics offers Silicon Photomultiplier Tubes (SiPMs) as a light read-out method for scintillators. Opposed to traditional photomultiplier tubes (PMTs), SiPMs behave completely differently in spectroscopic behavior. SiPM elements work best where small size and low voltage (20V - 30V... Read Article
February 26, 2024 - The Complete Guide to Vector Network Analyzers
In the intricate world of electrical engineering, precise measurement tools are paramount for the development, testing, and optimization of radio frequency (RF) and microwave circuits. One such indispensable instrument is the Vector Network Analyzer (VNA). The VNA is a cornerstone in the analysis of network parameters, offering detailed insights into the performance characteristics of RF... Read Article
February 20, 2024 - Unveiling the Strengths of LaBr3 for Gamma-Ray Spectroscopy in Harsh Environments
In the world of nuclear physics and radiation detection, the quest for materials that can perform under extreme conditions is relentless. Gamma-ray spectroscopy, a technique pivotal for identifying radioactive isotopes and analyzing nuclear reactions, demands detectors that are not only highly efficient but also resilient.... Read Article
February 12, 2024 - RF Power Sensors: Revolutionizing Radar, Satellite, and Telecommunications
In the constantly evolving landscape of radar, satellite, and telecommunications, RF power sensors are crucial tools for maintaining system accuracy, reliability, and performance. The Model 12100 Series by Berkeley Nucleonics exemplifies this by delivering unmatched precision in RF signal measurement across a wide frequency... Read Article
January 24, 2024 - YAP:CE Detectors from Berkeley Nucleonics
Berkeley Nucleonics is happy to offer YAP:Ce detectors as an option for your application. This material is high density, inert, and 10 times faster than NaI(TI) crystals. Key applications for this material include time of flight spectroscopy... Read Article
January 18, 2024 - Selecting the Optimal Clock Source for Your Needs
In new digital designs and high-speed data converters, the quality of the clock source is crucial. These systems depend heavily on a clock source that offers minimal jitter to maintain signal integrity.
The Model 865B stands out in this context, offering exceptionally clean clock signals. The performance of... Read Article
January 11, 2024 - Neutron Detection Across Energy Ranges
To determine which scintillation material is best for an application, it is crucial to know the energy range needed for detection. This is apparent for all types of radiation (gamma, beta, alpha, etc.) and notably for detection.
A different type of scintillator and size may be recommended to detect high energy and fast neutrons versus lower... Read Article
January 10, 2024 - Understanding the Differences: RF Signal Generators vs. RF Synthesizers
In the realm of radiofrequency (RF) technology, the creation of signals are fundamental. Two key instruments used in this domain are RF signal generators and RF synthesizers. Though they... Read Article
January 8, 2024 - Lanthanum Bromide
Lanthanum Bromide LaBr3: A Powerful Scintillation Detector for Demanding Applications
Lanthanum Bromide (LaBr3), recognized for its superior scintillating properties, has steadily gained prominence as a material of choice in numerous applications. This article aims to provide an in-depth analysis of LaBr3 crystals, elucidating their... Read Article
January 5, 2024 - SAM 940 plus: Response Curve for the Nal Detector
One aspect that measures the efficiency of isotope identifiers or RIIDS is their response curve. The response curve below refers to how the detector exhibits a sensitivity to a radioactive source at 5 cm. Berkeley Nucleonics offers a variety of isotope identifiers with different detector sizes (2x2, 3x3 etc) and materials (CeBr3, CLYC:Ce, etc). However, the response graph described... Read Article
January 3, 2024 - Ultrafast Electron Diffraction (UED)
Enhancing Ultrafast Electron Diffraction (UED) with the Model 865B Pulsed Microwave Source
The Berkeley Nucleonics Model 865B, a cutting-edge pulsed microwave source, is set to transform Ultrafast Electron Diffraction (UED... Read Article
December 8, 2023 - Agilent/HP E5504B Replacement
Model 7000 Series: The Superior Replacement for Agilent/HP E5504B Phase Noise Analyzers
The Agilent/HP E5504B phase noise analyzer has long been a mainstay in the industry, but like all technology, it eventually reaches its end of life. For those seeking a modern and more powerful replacement, the Berkeley... Read Article
December 4th, 2023 - SAMpack 120: Reinforcing Radiation Safety Measures for the Las Vegas Grand Prix
The Las Vegas Grand Prix, a new pinnacle in the world of motorsports, will attract legions of enthusiasts annually, necessitating a paramount focus on safety. In this pursuit, the SAMpack 120 emerges as a discreet and sophisticated radiation... Read Article
November 30, 2023 - RF/Microwave-to-Optics Generation and Conversion
RF / Microwave to Optics Generation is emerging as the rising solution to the next generation of Quantum Technology. As industry and academia search for different research methods to scale quantum computers and quantum networks, many have found that Microwave-to-Optics Conversion has been the leading solution in many research papers and journals. In today’s research news, the various physical... Read Article
October 25, 2023 - Berkeley Nucleonics to Attend the 2023 IEEE Nuclear Science Symposium and Medical Imaging Conference
We are excited to announce that we will be attending the 2023 IEEE Nuclear Science Symposium and Medical Imaging Conference (NSS/MIC), together with the International Symposium on Room-Temperature Semiconductor X-Ray and Gamma-Ray Detectors. The conference will be held in Vancouver, B.C., Canada from November 4th to November 11th at... Read Article
October 24, 2023 - Scintillation Detectors: Attenuation Length of Optical Emission
One important aspect of scintillation is how bright the fluorescence is after detecting radiation. Attenuation length or absorption rate in scintillators is defined as the distance light must travel to be reduced to 1/e (37%) of its original intensity. This is a concern for users as attenuation or absorption in the scintillation material can hinder research conclusions and radiation detection... Read Article
October 23, 2023 - Dual Mode Scintillators: CLLBC and CLYC:Ce
Berkeley Nucleonics Corporation offers two different types of dual-mode scintillators for gamma and neutron detection: CLLBC and CLYC: Ce materials. These detectors are a great solution to have one unit perform both gamma/neutron... Read Article
October 17, 2023 - Custom-Built Scintillation Detectors for Every Application
Berkeley Nucleonics (BNC) is a leading manufacturer of scintillation detectors, offering a wide range of standard and custom-built solutions to meet the needs of the most demanding radiation counting applications. Scintillation detectors are used in a variety of fields, including nuclear... Read Article
October 10, 2023 - BNC Scientific EVO Series High Voltage Power Supplies: High Precision, Quick Control, and Compact Form Factor
[San Rafael, CA] – BNC Scientific, a renowned division of Berkeley Nucleonics, is excited to introduce its latest innovation, the EVO Series of high-voltage power supplies. These cutting-edge power supplies are designed to offer exceptional precision, rapid control, and a compact, user-friendly form factor. With voltage classes ranging from 0-1.5 kV DC, 0-5 kV DC, and 0-10 kV... Read Article
September 28, 2023 - Expanded Waveform Memory in Benchtop Arbitrary Waveform Generator
The Berkeley Nucleonics Model 670C Arbitrary Waveform Generator has a new Waveform Memory Module which allows up to 512Mpts Waveform Memory in a benchtop research instrument. The doubling of memory means more complex waveforms are readily produced giving expanded testing opportunity to the R&D or Test Engineer in the lab.
Large waveform memory is important in an arbitrary... Read Article
September 19, 2023 - Telecommunication Applications and Mobile Radio Chip Testing | Vector Signal Generators
In the fast and ever-growing industry of Telecommunications, mobile standards have come an extremely long way since the first transcontinental landline telephone call by AT&T, which occurred back in 1946. As of September 2023, there are numerous telecom providers and operators spread all over the United States along with advancements in 5G/6G Technology to revolutionize... Read Article
September 6, 2023 - Introducing the Model 870A RF/Microwave Signal Generator
Berkeley Nucleonics, a pioneering force in the field of electronic instrumentation, has unveiled its latest RF/Microwave signal generator: the Model 870A. This advanced instrument is designed to cater to the most demanding applications, offering exceptional performance with ultra-high agility and ultra-low phase noise, spanning an... Read Article
August 22, 2023 - Radar Signal Simulation (PDW / EW) | Model 875 Vector Signal Generator
In this modern day, radars are used in nearly every aspect of our lives. For instance, Radar Systems are utilized in weather monitoring, aviation, automobiles, autonomous vehicles, and especially military applications. Radar Systems are also an integral part of technological advancements in Electronic Warfare (EW), which dates back as early as the 1900s. However, in order to replicate the... Read Article
August 14, 2023 - Exploring the Benefits of a Multichannel Vector Signal Generator | Model 875
In the ever-evolving landscape of technology, precision and adaptability are key drivers in the development of cutting-edge communication and radar systems. One such advancement that has significantly enhanced the capabilities of research and development engineers is the multichannel vector signal generator. In this article, we delve into the remarkable features and advantages of... Read Article
August 9, 2023 - Exploring MIMO Wireless Technology & Vector Signal Generators
In today's fast-paced world, wireless communication has become an integral part of our lives. From mobile phones to Wi-Fi networks, we rely on wireless technologies to stay connected. High-speed internet has become particularly essential. One of the key advancements that have significantly enhanced wireless communication is Multiple-Input Multiple-Output (MIMO) technology. In this blog post,... Read Article
July 17, 2023 - Model 805-M Ultra-Agile Frequency Synthesizer: A Powerful Replacement for National Instruments' QuickSyn Lite Synthesizer
In the world of electronic instrumentation, frequency synthesizers play a vital role in generating precise and stable signals across a wide frequency range. National Instruments' QuickSyn Lite Synthesizer has been a popular choice for many applications. However, Berkeley Nucleonics Corporation (BNC) is set to revolutionize the market with its latest innovation, the Model 805-M Ultra-Agile... Read Article
July 3, 2023 - Advancements in Technology, Aided by Lanthanides
Advancements in Technology, Aided by Lanthanides
This blog post is in response to the article "The Role of Lanthanide Luminescence in Advancing Technology"... Read Article
June 28, 2023 - Ordering Guide | 577 Series Pulse Generator
Part Numbering for the 577 Series Pulse Generator
Berkeley Nucleonics’ 500 series Delay Generators offer industry-leading precision in a multitude of user-friendly form factors. Our Model 577 offers, 4, or 8 independent outputs that are designed to provide... Read Article
June 14, 2023 - Ferromagnetic Resonance Research
Advancing Ferromagnetic Resonance Research and Development through Berkeley Nucleonics RF Signal Generators
Ferromagnetic Resonance (FMR) research plays a crucial role in unlocking the potential of ferromagnetic materials. This knowledge fuels advancements in fields like electronics, materials science, and medical technology. An essential tool for researchers in FMR investigations is... Read Article
June 12, 2023 - Scintillator | What are Scintillator Materials?
Scintillators, luminescent materials that emit light when exposed to ionizing radiation, have revolutionized the field of radiation detection and imaging. From homeland security to medical diagnostics, scintillators play a vital role in a wide range of applications. In this blog post, we will delve into the fascinating world of scintillators, exploring their properties, applications, and... Read Article
June 7, 2023 - Multichannel Signal Generators and Local Oscillators
Multichannel Signal Generators and Local Oscillators for RF Mixers: Advancements and Applications
In the realm of radio frequency (RF) systems, the generation and manipulation of signals play a crucial role in various applications such as wireless communications, radar systems, and electronic warfare. RF mixers are key components that enable the frequency translation and signal... Read Article
June 5, 2023 - RF Power Sensors: Essential Tools for RF Labs
In today's rapidly advancing technological landscape, the field of radio frequency (RF) electronics has become increasingly vital across numerous industries. Whether you're working with wireless communication systems, satellite technologies, or RF-based research and development, accurate power measurements are essential. In this technical blog post, we will explore the significance of RF... Read Article
May 24, 2023 - Silicon Valley, Cradle of Computer Chips
Enabling Semiconductor Breakthroughs: Berkeley Nucleonics' Test and Measurement Solutions in the Bay Area's Innovation Hub
As the demand for advanced semiconductors continues to surge, the San Francisco Bay Area remains at the forefront of cutting-edge technology development. One company that has played a pivotal role in enabling semiconductor innovation is Berkeley Nucleonics.... Read Article
May 19, 2023 - IMS 2023: Berkeley Nucleonics Corporation Presents Next-Generation RF / Microwave Solutions in San Diego
Berkeley Nucleonics Corporation (BNC), a leading provider of innovative microwave and RF solutions, is thrilled to announce its participation in the prestigious IMS 2023 International Microwave Symposium, scheduled to take place from June 11-13, 2023, in... Read Article
May 19, 2023 - LN vs LN+ Options
We will first identify that LN stands for “Low Noise,” i.e. further lowered phase noise parameters. The LN option achieves this by implementing a particular Model 100MHz oven controlled crystal oscillator (OCXO) onto the signal reference board. The LN+ option uses the same implementation, but with a different model OCXO with better long term precision specifications. This translates... Read Article
May 17, 2023 - Noise-Parameter-Measurement Method
Noise Parameters
A noise factor (or equivalently a noise figure) of a device is a common metric for representing the amount of signal-to-noise-ratio (SNR) degradation due to noise generated by the device [1]. While noise factors are commonly used, they are not invariant quantities of the associated devices and are affected by how the devices are embedded into larger systems. To... Read Article
May 10, 2023 - How to Choose a Multichannel Microwave Signal Generator
Choosing a signal generator for radio frequency or microwave applications can be a daunting task, especially when there is little guidance regarding what parameters are of interest. In this post, we will identify the common factors one should keep in mind when choosing a signal generator.
Number of Channels
To determine the number of channels one will need for their... Read Article
May 5th, 2023 - From Crystal Growth to Assembly: The Manufacturing Process of Custom Nal Scintillation Crystals
Scintillation crystals are used in a wide range of applications, from medical imaging to nuclear physics research. Among the most commonly used scintillation materials is sodium iodide (NaI), which is widely used due to its high light yield, good energy resolution, and low cost. In this article, we will provide an overview of the manufacturing process for custom NaI scintillation crystals.... Read Article
April 26, 2023 - Power Meters + Power Sensors | RF
Accurate power measurements are crucial in the field of RF and microwave technology to ensure proper signal transmission and reception. Berkeley Nucleonics offers a diverse range of high-performance power meters and power sensors that precisely measure RF and microwave signal power. These instruments are available in various types and can measure power levels across different frequencies and... Read Article
April 26, 2023 - The Power of Vector Signal Generators in Modern Communication Systems
In modern communication systems, the demand for accurate and versatile signal generation has increased significantly. Vector signal generators (VSGs) are a crucial tool used in the development, testing, and validation of communication systems. This blog post discusses what a vector signal generator is, it’s working principle, and some of its important applications.
What is a... Read Article
April 24, 2023 - The PVX-4110 Pulse Generator: Revolutionizing Pulsing and Gating in Various Applications
The PVX-4110 pulse generator is a powerful tool for controlling the timing and amplitude of electrical pulses in a variety of scientific and industrial applications. It is an excellent choice for driving extraction grids and deflection plates in time-of-flight mass spectrometers and accelerators.
... Read ArticleApril 21, 2023 - Arbitrary Waveform Generators for Semiconductor Testing | The Model 685
Arbitrary Waveform Generators (AWGs) are essential tools for semiconductor testing and production. They can generate complex waveforms and signals that emulate the real-world conditions required for semiconductor devices. AWGs are used to create test signals that can simulate real-world conditions for semiconductor devices during the testing phase, which helps to ensure their performance and... Read Article
April 19, 2023 - Antenna Advancements: How BNC is Revolutionizing Wireless Communication
Antennas are a crucial part of our modern world, allowing us to communicate wirelessly across long distances. They are used in a wide range of applications, from broadcasting television and radio signals to providing internet access to mobile devices. But what exactly is an antenna, and how do they keep getting better? In this blog post, we will explore the basics of antennas and the... Read Article
April 17, 2023 - Exploring the Applications and Key Features of GAGG(Ce) Scintillator Material
GAGG(Ce) [Gd2Al2Ga3O12:Ce] is a scintillator material that has recently gained attention for its potential applications in medical imaging, gamma spectroscopy, and Compton electron detection. Scintillators are materials that emit light when they absorb radiation, and they are widely used in a range of applications, including radiation detection and medical imaging.
... Read ArticleApril 11, 2023 - Berkeley Nucleonics Corporation (BNC) Announces Webinar on Connectivity of Scintillation Sensors
Berkeley Nucleonics Corporation (BNC) is pleased to announce an upcoming webinar entitled "Connectivity of Scintillation Sensors". The webinar is scheduled to take place on Tuesday, April 18, 2023, at 10:00 AM Pacific Time (US & Canada) (GMT -7:00). Click here for more.... Read Article
April 10, 2023 - Berkeley Nucleonics (BNC) Launches New 50 GHz Phase Noise Analyzer for High-Precision Measurements
Berkeley Nucleonics Corporation (BNC), a leading manufacturer of precision electronic instrumentation, has announced the launch of its new 50 GHz Phase Noise Analyzer. This advanced analyzer is designed to offer unmatched performance and versatility for analyzing the phase noise of signal sources and other RF devices.
... Read Article
April 5, 2023 - The Role of Cerium Bromide Scintillator CeBr3 in Real-Time Measurement While Drilling
Measurement while drilling (MWD) is a technology used in the oil and gas industry to provide real-time information about the wellbore while drilling. MWD tools are located directly above the drill bit and measure various parameters such as temperature, pressure, and direction of drilling. The data gathered by MWD is transmitted to the surface in real-time, allowing operators to make immediate... Read Article
April 3, 2023 - SAMmobile 150: The Ultimate Compact Gamma/Neutron Mobile Radiation Detection System
The SAMmobile 150 is a state-of-the-art gamma/neutron radiation detection and monitoring system that can be easily deployed and used in a variety of settings. It's compact size and flexible configuration make it an ideal choice for use in land vehicles, helicopters, UAVs, or at a fixed location. In this article, we will explore the features and benefits of this system.
... Read ArticleMarch 21, 2023 - Scintillation Crystals for PET: What You Need to Know
Positron Emission Tomography (PET) is a medical imaging technique that uses radioactive tracers to produce images of organs and tissues inside the body. It is a powerful diagnostic tool that helps physicians detect and diagnose diseases such as cancer, heart disease, and neurological disorders. Scintillation crystals play a crucial role in the PET imaging process.
... Read ArticleMarch 20, 2023 - Model 875: Multi-Channel Radar Signal Generation with Precise Phase and Timing Accuracy
Two years ago, single- and multi-channel models of vector signal generators (VSG) were launched by Berkeley Nucleonics under the Model 875 series. The key features of these models include:
- Supporting a signal bandwidth of 400 MHz with wideband performance up to 40 GHz and data processing
- capability of 500 MSa/s
- 32 bits per sample with 512 MSa internal memory... Read Article
March 17, 2023 - Gamma Spectroscopy: The Role of Photomultiplier Tubes and Scintillator Detectors in Detecting Radioactive Emissions
Gamma spectroscopy is an important technique used in many fields, including nuclear physics, medical imaging, and materials science. This technique relies on the detection and analysis of gamma rays emitted from radioactive sources. In order to detect these gamma rays, specialized instruments are used, such as photomultiplier tubes and scintillator detectors.
... Read Article
March 15, 2023 - Exploring the Versatile Applications & Functions of Vector Signal Generators
A Vector Signal Generator (VSG) is an essential tool for the generation of complex, modulated signals in the RF and microwave frequency range. VSGs play a critical role in numerous applications, industries, and functions that require the testing, verification, and calibration of various systems, devices, and components... Read Article
March 13, 2023 - Understanding the Basics of Phase Noise Testing: A Guide for Beginners
Phase noise testing is a crucial aspect of modern electronic systems. It is the measurement of the noise power spectrum of a signal in the frequency domain, which provides information about the stability and performance of the signal. In this blog post, we will provide a comprehensive guide for beginners to understand the basics of phase noise testing.
What is Phase Noise?... Read Article
March 6, 2023 - Pulsed Power: Definition and Industry Applications
Pulsed power is an innovative technology that involves the use of short but powerful electrical pulses to enable a variety of cutting-edge applications in numerous industries. Its applications range from automotive manufacturing and food processing to military equipment and medical treatments.
As a leading supplier of high-voltage products, Berkeley Nucleonics specializes in providing... Read Article
March 3, 2023 - Discover the Fundamentals of Radar Technology: BNC Academy's Introduction to Radar Principles Course
BNC Academy is pleased to announce the launch of its new course on Introduction to Radar Principles. This course is designed to provide students with an understanding of the fundamental principles that underpin the operation of radar systems, as well as the practical applications of radar in a variety of fields.
... Read Article
March 3, 2023 - How Does Match Affect Power Measurements Using BNC RF Power Sensors?
When designing power sensors, efforts are made to achieve the lowest possible VSWR (SWR) to ensure that users have the best possible match when using them. However, perfect matching is never possible because no device, including power sensors, has a perfect SWR. As a result, even two power sensors of the same quality and calibration will give different readings when used in a user's system. In... Read Article
March 2, 2023 - Revolutionizing Wi-Fi: Exploring the Power of the Model 875 Vector Signal Generator and IEEE 802.11be
IEEE 802.11be is the next-generation Wi-Fi standard currently under development by the Institute of Electrical and Electronics Engineers (IEEE), also known as Wi-Fi 7.
This new standard is designed to provide significantly higher data rates and improved performance in dense and congested environments compared to previous generations of Wi-Fi. Some of the key features expected to be... Read Article
March 1, 2023 - Model 685 Series: AWGs for Optics, Photonics, and Lasers
Introduction
Nowadays the applications based on optics, photonics and lasers are becoming extremely popular and the latest generations of scientists are opening new territories for their real-world usage like lidar for automotive, medical solutions, aerospace & defense, quantum and laser... Read Article
February 27, 2023 - Berkeley Nucleonics: Bringing Reliability and Innovation to Europe
Berkeley Nucleonics Corporation (BNC), a leading manufacturer of precision electronic instrumentation, has recently announced the opening of a new office in Northern Italy to support their top European customers in real time. This marks an exciting expansion for BNC as they broaden their international presence to better serve their customers in the region. BNC has been a trusted name in the... Read Article
February 24, 2023 - Optimize Wireless Device Development with BNC's Antenna Radiation System
As technology continues to advance, the need for precise and accurate antenna radiation measurement systems becomes more apparent. This is where the BNC Scientific Antenna Radiation Measurement System (RMS) comes into play. This compact test system provides 3-axis radiation pattern measurement in non-anechoic spaces, making it an ideal solution for characterizing wireless devices such as IoT... Read Article
February 10, 2023 - BNC's PCO-6131: The Ultimate Solution for Driving High-Power Laser Diodes
San Rafael, CA - Berkeley Nucleonics Corp (BNC), a leading provider of high-tech instruments, is excited to announce the relaunch of their PCO-6131 high-power pulsed/CW current source. Designed for use in diode laser, bar, and array applications, this compact and OEM-style device delivers exceptional performance in a compact form factor.
The PCO-6131 is equipped with a user-adjustable... Read Article
February 8, 2023 - BNC Product Launch | 22GHz Compact Multi-Channel Phase-Coherent Frequency Synthesizer
Berkeley Nucleonics (BNC) presents a new compact frequency synthesizer, the MODEL 805, that delivers precise and stable frequencies from 100 kHz to 22 GHz. One of its standout features is the ability to link multiple units for phase coherence and multi-channel capabilities in various applications. The MODEL 805 is user-friendly and its compact design makes it suitable for integration into... Read Article
February 3, 2023 - Berkeley Nucleonics Awarded Portable Isotope ID Contract with DHS STC Denver Program
Berkeley Nucleonics Corporation (BNC) is proud to announce that it has received a significant delivery order for its SAM 950 Ruggedized Radioisotope Identification Devices (RIIDs) under a contract from the U.S. Department of Homeland Security (DHS), City of Denver for the Securing The Cities (STC) program.
The Model SAM 950 (Cerium Bromide + GM + 3He) Ruggedized Isotope Identifier... Read Article
January 20, 2023 - The Domino Neutron Detector: Utilizing Microstructured Semiconductor Neutron Detector (MSND®) Technology
Neutron detection is a critical component in various industries such as nuclear power, oil and gas exploration, and radiation safety. In recent years, there has been a strong demand for thin form factor neutron detectors with the flexibility to adjust the available detection area. To meet this demand, RDT has developed the... Read Article
January 16, 2023 - The History of Gamma-ray Spectroscopy for Isotope Identification, J. McQuaid
Introduction
Gamma rays were first discovered and studied in 1900 by a French chemist, Paul Villard, while observing radiation from radium. However, the fist quantitative analysis of gamma radiation is credited to Rutherford and Andrade in 1914. This earliest technique was accomplished by diffraction spectroscopy using a rock-... Read Article
January 16, 2023 - New RF Power Sensors from Berkeley Nucleonics: High-Performance Measurement for Telecommunications, Broadcasting, and Research
Berkeley Nucleonics Corporation (BNC), a leading provider of precision test and measurement instruments, is excited to announce the development of several USB RF power sensors, expanding its RF/Microwave product line. These sensors are designed to measure RF power levels from 9kHz to 50GHz with wide dynamic range, making them ideal for a variety of applications. Telecommunications,... Read Article
December 27th, 2022 - What is an RF Power Sensor?
What is an RF Power Sensor?
Meta Description: RF power sensors are necessary for a wide range of industrial processes. But, how do they work and what level of accuracy can you expect from RF sensors?
An RF power sensor is a device that measures... Read Article
November 2nd, 2022 - How Far Away Can You Detect Radiation?
Introduction
If you hear a question like this you know something is missing. For example: What is the radioactive source and what is its activity? Also, how... Read Article
July 27th, 2022 - Cerium Bromide and Sodium Iodide Detectors
Cerium Bromide (CeBr3) and Sodium Iodide (NaI[Tl]) are very popular scintillator detectors when used in room temperature spectroscopy systems. Both of these detectors have similar attributes such as:
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Exceptionally low background which results in... Read Article
July 26th, 2022 - The Performance of CeBr3 Detectors
High resolution scintillation detectors are now offering improved performance with lower intrinsic background. Standard cerium bromide (CeBr3) detectors are now available from BNC in 3x3 inch encapsulated sizes with greatly improved sensitivity and efficiency. This paper discusses the merits of CeBr3 from the standpoint of energy resolution... Read Article
July 25th, 2022 - Screening baggage and Personnel
Detector Properties
Effective screening requires high efficiency detectors for the detection of X-rays and gamma-rays. These detector materials require a high... Read Article
July 22nd, 2022 - Unipolar vs Bipolar Pulses
What’s the Difference Between Unipolar and Bipolar Pulsers?
High voltage pulsers are available in two general categories, unipolar and bipolar.
- ... Read Article
July 5th, 2022 - Model 855B Product Highlight
Berkeley Nucleonics Corporation’s industry-leading Model 855B signal generator series offers high performance and versatility along with an attractive price point and our unparalleled technical support. In this article, we introduce the 855B and detail the features that make it an outstanding choice for a variety of RF/microwave applications.
... Read ArticleJune 28th, 2022 - How Do I Measure a HV Pulse?
When we want to measure high voltage pulses, the test instrument of choice is usually the oscilloscope, or “scope”. It displays voltage as a function of time, so it’s an excellent tool for examining pulse characteristics such as amplitude, rise time, width, repetition rate, distortion, and so on.
... Read Article
June 3rd, 2022 - Dose Rate Measurements Can Be Confusing
Inconsistencies in measuring dose rate and specifying accuracy can become a frustrating experience. This paper will uncover some of the discrepancies in making these measurements as well as misleading assumptions when using different instrumentation. Dose rate measurements can be performed for... Read Article
April 25th, 2022 - How do I Choose a HVPS for my Voltage Pulser?
Most BNC voltage pulser models require an external high voltage power supply. Choosing the appropriate supply helps ensure success with the application!
The first requirement is obvious: The supply must be rated for the desired pulse voltage. But another important consideration is the amount... Read Article
April 19th, 2022 - BNC + CAL OES
Berkeley Nucleonics (BNC) offers a wide range of radiation detectors and isotope identifiers both internationally and within the USA. Notably, the company has grown into the vendor of choice as a result of providing local program support with both equipment and training services. Throughout the past 2 years, BNC has met frequently to provide support and training within the... Read Article
April 7th, 2022 - What is a Phase Noise Analyzer?
In short: a Phase Noise Analyzer, or Spectrum Analyzer, is an RF instrument that is capable of measuring and simulating the phase noise inherent in communication systems. The short answer, however, definitely leaves several pertinent questions unanswered:
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What... Read Article
March 30th, 2022 - How Do I Slow the Rise Time of My Voltage Pulser?
The PVX series of high voltage pulsers is designed to drive small capacitive loads quickly. There is no rise/fall time adjustment, so if the rise time at the load is too fast for a particular application, a seemingly quick fix might be to place a capacitor... Read Article
March 24th, 2022 - Identifying Nuclear and Special Nuclear Material with the SAM 940+
The SAM 940+ uses several unique algorithms to identify Nuclear and Special Nuclear Material (SNM). This article is provided to help the user verify different forms of uranium, especially when shielding and background radiation can produce interfering anomalies in the spectrum. The four... Read Article
February 23rd, 2022 - Ruggedized Detectors: Customized Scintillators in the Field
One of the most key metrics for a customized scintillator is whether the detector is intended for lab or fieldwork. Configurations for lab work can be damaged if exposed to high degrees of impact, vibrations, or temperatures. Usually, these conditions will never occur due to the stabilized environment–but in the field, such a system would be at risk of incidents such as the... Read Article
February 15th, 2022 - Pitfalls of Using a Pulse Generator to Drive a Laser Diode
Current pulsers used in laser applications must generate very sharp pulses with very sharp rising edges. A high speed, narrow pulse with a fast rise time is paramount when driving laser diodes for ranging and digital communications.
BNC offers a variety of high current pulsers for use with both laser diodes and LEDs. We often get calls from... Read Article
February 11th, 2022 - Customizing your Scintillation Detector
With the great variety in assemblies, electronics, materials and crystals available for scintillation detectors, it can be a challenge to find the right fit for your application–even with some initial insights from your end. At Berkeley Nucleonics, we work to provide state-of-the-art configurations that are tailored to meet a broad range of requirements, and... Read Article
January 11th, 2022 - Moore’s Law vs. Quantum Computing: Is it comparing apples and oranges?
Moore’s Law has ruled the chip-based computing industry for decades. Is it true that similar “laws” apply to quantum computing?
What makes a law? There exist tendencies, theories, and hypotheses that attempt to predict the future based on past behavior. However, sufficient experience is necessary to move solidly into the realm of “law.”
... Read ArticleDecember 9th, 2021 - Pulse Pattern Generators
Berkeley Nucleonics Corporation (BNC) offers a complete and unique portfolio of generators to address a wide range of applications. From Digital Logic and Semiconductors characterization, Aerospace & Defense compliance testing, to mixed Signal Systems testing and Signal Integrity experiments--BNC is able to fulfill many applications via their two... Read Article
November 29th, 2021 - Detect and Identify! The Future of Radioisotope Devices (RIID)
SAM 940+ | Detect and Identify! The Latest Radioisotope Solution - The SAM 940+ makes its awaited debut in a demanding and necessary industry!
... Read Article
November 17th, 2021 - The Less-Considered Metrics of Radioisotope Identifier
While sensitivity and accuracy are essential to any identifier, internal specs present only one piece of the puzzle, when determining which is the best unit for a given response. To use cars as an example, the automotive and safety components receive a large portion of a consumer’s attention. Just as much thought has gone into another critical design aspect, however: the... Read Article
November 11th, 2021 - BNC Launches the Upgraded SAM 940+ (RIID)
Berkeley Nucleonics will be unpacking the SAM 940+'s features and applications from open discussions to live demonstrations on Thursday, December 2nd, 2021 @10:00am Pacific Time.
... Read Article
November 5th, 2021 - The Various Detectors of a Radioisotope Identification Device (RIID)
A high-powered RIID completely redefines a response team’s approach to radioactively hazardous events. This is owed to their robust digital and mechanical properties: for BNC’s SAM III series [SAM III link] in particular, the accessible touchscreen software provides easy control over the unit’s... Read Article
November 4th, 2021 - Berkeley Nucleonics Donates Lab Equipment to Montana State University
Berkeley Nucleonics is happy to donate a full bench of test equipment to Steve Birrell, a volunteer from time to time at Montana State University, and to their engineering students. This equipment will go to the new experiments laboratory, from multi-channel oscilloscopes to arbitrary waveform generators, allowing students and encouraging them to test a variety of circuits... Read Article
October 25th, 2021 - Mobile Antenna Systems: A Comprehensive Guide to Future Use and Innovation
Mobile antenna systems are the future of emergency preparedness and connection in rural and remote areas. These tech solutions are an integral part of the technology, development, and preparedness sectors, providing new means to communicate in the event that normal communication is disrupted. In this post, we explore what constitutes a mobile antenna system, the benefits... Read Article
October 15th, 2021 - Ultrasonic MEMS Testing With The Model 675 High Performance AWG
This application note describes how to use the Model 675 High Performance Arbitrary Waveform Generator to generate the signals for the test and design of Ultrasonic MEMS sensors.
The Model 675 High Performance AWG simplifies the generation of pulse and chirp signals typically used to perform design tests and characterize MEMS sensors. Considering the... Read Article
October 12th, 2021 - Radioactive Surveillance with the SAMpack
Radiation Detection Backpack (BNC)
The RD-120 Backpack was developed a number of years ago with high sensitivity and the ability to monitor in a covert manner. Using smart phone technology and growth in detector performance has allowed continued improvements in the RD-120 Backpack. Blue-tooth technology with Reachback... Read Article
September 28th, 2021 - The Nuts and Bolts (and Qubits) of Quantum Computing: BNC Academy launches NEW online training course
What is (and isn't) Quantum Computing?
Resembling the quantum states they exploit to run highly advanced algorithms, quantum computers are simultaneously known for what they are, and what they are not. To the outside world looking in, quantum computers are devices of science fiction, made of chrome-plated novelty... Read Article
August 31st, 2021 - What is an RF Signal Generator?
What is an RF Signal Generator?
A Radio Frequency (RF) signal generator is a device that behaves as a stable local oscillator signal, generating different types of modulated... Read Article
August 23rd, 2021 - Introduction to RF Electromagnetic Warfare
In the past, different techniques and strategies were used to evaluate enemy plans and avoid any possible attacks, but most were imperfect and carried some risk of misinterpretation. In 1904, Electronic warfare changed the landscape of military reconnaissance. This genre of warfare, using dynamic military-grade jamming abilities, was about... Read Article
August 17th, 2021 - Scintillation Crystals - Customized Detectors - Common Applications
This table provides important information regarding the physical properties of various scintillation materials and their common applications. A scintillation detector is often “tailor-made” for a specific experiment and application. For the detection of radiation, a great number of possibilities exist. Scintillators are often used for the detection of alpha and... Read Article
June 22nd, 2021 - Spectroscopic Personal Radiation Detectors (SPRDs)
The U.S. Department of Homeland Security (DHS) established the System Assessment and Validation for Emergency Responders (SAVOR) Program to assist emergency responders making procurement decisions and present a description of many... Read Article
February 16th, 2021 - Serial Data Pattern Generator
Serial Data Pattern Generators (SPG) are designed to generate a stream of binary data through BNC & SMA connectors in our high-performance arbitrary waveform generators (Model 675 / 685). Our Serial Data Pattern Generators also include built-in PRBS sequences, modulation features, transition shaping, and the flexibility of a powerful analog front-end... Read Article
January 18th, 2021 - Newton's Inverse Square Law as Applied to Radioactivity
Newton developed the Inverse Square Law as it applies to gravity. However, this exponential relationship applies to many diverse phenomena including an electric field, light, sound and radiation. For radiation the Inverse Square Law relates the intensity of the radioactive source to the detector or person by the inverse of the distance squared. Therefore,... Read Article
January 7th, 2021 - The World's Fastest Arbitrary Waveform Generator
The function of an arbitrary waveform generator, or ARB, varies depending on the application. Some of the many applications for a waveform generator include timing solution, signal emulation and modulation of signals. The Berkeley Nucleonics Model 685 High-Performance ARB offers a wide range of modulations and pre-made waveforms as well as complex user-generated waveforms.... Read Article
December 23rd, 2020 - How Gamma-ray Spectroscopy Has Evolved
Gamma rays were first discovered and studied in 1900 by a French chemist, Paul Villard, while observing radiation from radium. However, the fist quantitative analysis of gamma radiation is credited to Rutherford and Andrade in 1914. This earliest technique was accomplished by diffraction spectroscopy using a rock-salt crystal.
Crystal... Read Article
December 8th, 2020 - Eric Parsonnet of UC Berkeley Gives a Big Thanks to BNC.
Thanks to the high-speed BN (Model) 765 pulse generator from Berkeley Nucleonics, we were able to access timescales very rarely accessed in pulsed, voltage-current measurements. With their product and excellent support, we successfully developed and built a new experiment and experimental protocol leading to a novel publication on limits for switching BiFeO3, a promising... Read Article
December 7th, 2020 - Are You Ready for Quantum Computing?
In the world of quantum computing, 2020 turned out to be a breakthrough year. Engineers all over the planet used this technology to solve problems in medicine, science, engineering, and even chess matches. It is safe to say that qubit technology is here to stay but the vast majority of the population has no idea what this means or how it will change their lives. Let's take... Read Article
December 3th, 2020 - The History of Neutron Detection
The discovery of the neutron was paramount to the development of atomic physics in the first half of the twentieth century. The essential nature of the atomic nucleus was established with the discovery of the neutron by James Chadwick in 1932.
Detection of the neutron requires a special environment because neutrons do not typically... Read Article
November 17th, 2020 - The History of Scintillation Detectors for Gamma Spectroscopy
In 1948, Robert Hofstadter found that sodium iodide, with a trace of thallium added to the melt, produced a large scintillation light output with gamma radiation. This event marked the beginning of organic scintillation gamma spectroscopy which has markedly improved over the years. Today sodium iodide thallium, NaI (Tl), is still the most popular scintillation... Read Article
October 28th, 2020 - Webinar - Low vs High-Resolution Detectors
Berkeley Nucleonics Corporation hosted a free webinar on Wednesday, October 28th, 2020, entitled " Demystify High-resolution Scintillation Webinar.”
Demystify high-resolution Scintillation with Cody Cole from Berkeley Nucleonics and special guest Paul Schotanus from Scionix as we dive into the current landscape of high-resolution detectors in... Read Article
September 16th, 2020 - Webinar – Choosing the Perfect Microwave Signal Generator
Berkeley Nucleonics Corporation will host a free webinar on Wednesday, October 7, 2020, entitled " Considerations When Buying an RF/Microwave Signal Generator Webinar.” The event will be held from 10 a.m. to noon via videoconference.
Berkeley Nucleonics presents this webinar to assist rf/microwave experts to determine the precise signal generator... Read Article
July 17th, 2020 - Berkeley Nucleonics Introduces the New Topaz-SIPM Multichannel Analyzer (MCA)
Berkeley Nucleonics Corporation (BNC), a leading manufacturer of nuclear detection equipment has released a new device, the Topaz-SiPM MCA, a compact digital Multi-Channel Analyzer (MCA) capable of performing Pulse Height Analysis (PHA) of the signal produced by scintillation detectors which incorporate Silicon devices as photomultipliers (acronymized to SiPMs). This MCA can... Read Article
April 30th, 2020 - The Performance of CeBr3 Detectors
High-resolution scintillation detectors are now offering improved performance with lower intrinsic background. Standard cerium bromide (CeBr3) detectors are now readily available from BNC (up to 3x3 inch encapsulated sizes) with greatly improved sensitivity. This paper discusses the merits of CeBr3 from the standpoint of energy resolution and reduction of intrinsic... Read Article
January 26th, 2020 - New Service – The Berkeley Nucleonics Academy
Founded in 1963, Berkeley Nucleonics began in the field of custom pulse generators and has since expanded to offer a wide array of products from microwave signal generators to nuclear spectroscopy products. Throughout the course of its development, BNC has accrued a vast reservoir of knowledge revolving around the fundamentals, components, and functions of its offerings--and... Read Article
January 23rd, 2020 - New Product Announcement – Model 675 and 676
The Models 675 and 676 are highly versatile Arbitrary Waveform Generators that do not compromise on the specifications required for demanding applications... Read Article
October 14th, 2019 - Model 765 Version Upgrade
Berkeley Nucleonics is pleased to announce the official release of the Model 765-2C and 765-4C version update. In addition to ultra-fast rise times (5Vpp w/ 70ps rise and fall time), the Model 765 series provides unprecedented signal control in a pulse generator.
The generation update of the Model 765 includes:
- ...
Read Article
October 8th, 2019 - Continuing Challenges HazMat Workshop 2019
Berkeley Nucleonics had the honor of exhibiting at the 30th annual Continuing Challenge on September 24-27, 2019. Held at the DoubleTree by Hilton in Sacramento, CA, the Continuing Challenge is the nation’s leading hazardous materials emergency response workshop. There were over 100 classes during this year’s workshop, offering hands-on experience and training with the... Read Article
September 20th, 2019 - Noise Parameter Equations with the BNC 8060
RF designers often find themselves working on input power matching their circuits to a 50-Ohm signal source. The goal of this task is to develop a matching network that delivers most of the input power to the device. For that, the matching network is optimized such that the reflection coefficient presented by the network to the signal source is low (typically <-10dB... Read Article
August 13th, 2019 - Advanced Frequency Switching with RF / Microwave Signal Generators
(San Rafael, CA) Berkeley Nucleonics is a Precision instrumentation manufacturer that has been supplying labs across the globe for over 50 years.
Demands in switching performance are critical for applications such as Radar Simulation, Phased Array Antenna Testing, and Beam Forming. Fast switching speed is essential when users wish to generate a... Read Article
August 2nd, 2019 - SAM 950 RIID Remote Operations
The SAM 950 is the culmination of almost 20 years in Radioisotope Identification. The advanced system is built on a cellular platform allowing for a host of modern features to complement health physics and isotope identification requirements. While the internal spectroscopy uses unique wavelet technology and powerful algorithms, the user interface is easy to... Read Article
July 11th, 2019 - NHS Conference Report
The Metrad 1 is the world's only combination metal and radiation detection wand. This unique, easy-to-use wand offers unparalleled detection in a small, lightweight form factor. The Metrad 1 suits a wide range of possible applications, from law enforcement and first responders at large events to funeral homes and hospital waste management.
... Read ArticleJune 7th, 2019 - An Invitation to the National Homeland Security Conference, Phoenix AZ
We welcome you to come and visit us at the annual National Homeland Security Conference (Booth #123) to discuss your specific application for radiation detection & isotope identification equipment. Click here for details or to schedule your own demo.
[SAMpack 120... Read Article
May 15th, 2019 - An Invitation to the International Microwave Symposium, Boston MA
Berkeley Nucleonics will be offering two demonstrations at IMS 2019 in Boston, MA, booth #1214.
[STATION 1 – 855 Live Demo]
Microwave Signal Sources and Synthesizers
- Extraordinarily small, portable, and robust enclosures lab or field work... Read Article
April 30th, 2019 - BNC Expands its Line of Test & Measurement Instruments
Berkeley Nucleonics has continued to expand its line of Test & Measurement instruments for over 50 years. In addition to low jitter, high-resolution pulse, and timing instruments, you can now pick up ARBs (up... Read Article
April 22nd, 2019 - A Unique Handheld Metal and Radiation Detector
Instrumentation with simplicity of operation is one of the chief objectives for effective first-line response. This achievement is realized in a unique manner with the multifunctional MetRad 1. This accomplishment is even more significant with the ability to simultaneously detect metal and... Read Article
March 18th, 2019 - Model 855B Multi Channel Signal Generator Debut at IMS 2019
In advance of the International Microwave Symposium in Boston, MA in June, Berkeley Nucleonics is releasing the Model 855B Series 2-Channel, 4-Channel, and 8-Channel RF/Microwave Signal Generators. Multi-channel signal sources expand testing capability by enabling multiplexing, increasing data throughput and improving signal-to-noise ratios. The phase relationship of each... Read Article
March 12th, 2019 - Radiopure SrL2(Eu) Scintillators
SrI2(Eu), Europium Doped Strontium Iodide is a very bright, relatively slow scintillator with very good proportionality. Typical energy resolutions are 3.5% @ 662 keV and 6% @ 122 keV. The material is quite radiopure. Due to its intrinsic self-absorption (small... Read Article
March 12th, 2019 - What is an Organic Scintillator?
Organic Scintillators (also called “plastic scintillators”) consist of a transparent host material (a plastic) doped with a scintillating organic molecule (e.g. POPOP : pbis [2(5phenyloxazolyl)] benzene). Radiation is absorbed by the host material, mostly via Compton effect because of the low density and Z value of organic materials. Therefore, plastic scintillators are... Read Article
March 7th, 2019 - High Resolution LBC Scintillators
LBC (Lanthanum BromoChloride) LaBr 2.85Cl0.15:Ce scintillators have similar properties to the well-known LaBr3:Ce crystals found in Isotope Identifiers (RIIDs).Energy resolutions around 3 % FWHM (662 keV) are standard and the material is mechanically a little stronger than... Read Article
February 28th, 2019 - Scintillation X-Ray and Gamma Radiation Detector | Lanthanum Bromide LaBr3(Ce)
Scintillation X-Ray and Gamma Radiation Detector | Lanthanum Bromide LaBr3(Ce)
Lanthanum Bromide, or LaBr3(Ce), provides an outstanding energy resolution for a scintillator. FWHM (full width at half maximum) is below 3.0% at 662keV on large production: the average values for the premium designs are available today at 2.6% at 662keV.... Read Article
February 27th, 2019 - BNC Releases the New Generation Scintillator: SiPM Detectors
Berkeley Nucleonics is thrilled to announce its latest alternative to the traditional readout of scintillators with photomultiplier tubes: Silicon Photomultipliers (SiPMs). They are mechanically compact, require low voltage operation, and are insensitive to magnetic fields.
In practice, SiPM detectors behave differently than... Read Article
January 24th, 2019 - Characteristics of Common Radionuclide Detectors
The best sensitivity for detecting the presence of a radioactive source is typically a large NaI detector. For this purpose, the 3x3 inch NaI detector is readily available and most commonly selected. Good energy resolution can also be obtained with large NaI detectors. Generally, these detectors give 7% resolution at 1332 keV. If the application does not... Read Article
December 31st, 2018 - End of the Year Review: BNC in 2018
Berkeley Nucleonics would like to thank every customer, representative, and partner for making 2018 an excellent year. It was filled with cutting-edge product releases, product showcases, and new partnerships.
The new product releases that came from Berkeley Nucleonics this year include the Model 865, an ultra low-noise and fast-switching microwave... Read Article
December 21st, 2018 - New Year, New Multi-Channel Analyzer!
The Multi-Channel Analyzer (MCA) is a critical instrument for nuclear chemistry. It can measure advanced relationships among radioisotopes, such as energy, activity, half-life abundance and can present the relationships to the nuclear chemist in multiple ways depending on the application.
... Read ArticleDecember 5th, 2018 - The Model 907 Ruggedized General Purpose Geiger Counter
Berkeley Nucleonics Corporation (BNC) has been a leader in radiation detection instrumentation since 1995. BNC has supplied instrumentation for first responders, military, and hazmat personnel, as well as an array of universities and hobbyists.
One of BNC’s premier... Read Article
March 15, 2019 - Model 865-XX Touchscreen, 40GHz RF / Microwave Signal Generator
If you need a high-quality microwave or RF signal generator, the Model 865 Series RF / Microwave Signal Generator is here to help. This great tool developed by Berkeley Nucleonics Corporation that features signal generation from 100 kHz up to 40 GHz. The signal quality is among the best on the market. Its high output power capability and fast switching speed make... Read Article
October 30th, 2018 - EDI CON USA 2018
Berkeley Nucleonics had the pleasure of attending EDI CON USA at the Santa Clara Convention Center in Santa Clara, CA on October 17th and 18th, 2018. EDI CON was hosted by the Microwave Journal and brought together top RF innovators and engineers from all around the globe for networking, product demonstrations, training, and learning opportunities.
... Read Article
September 27th, 2018 - Continuing Challenges HAZMAT Workshop 2018
The 29th Continuing Challenge Workshop brought HAZMAT personnel, law enforcement, and exhibitors from all over the United States to the DoubleTree in Sacramento, CA. With over 600 attendees and around two dozen exhibitors, the Continuing Challenge is quickly becoming the biggest HAZMAT conference on the West Coast. It serves as a perfect opportunity for... Read Article
August 30th, 2018 - Product Update - Model 855 Multi-Channel Signal Generator Now up to 40 GHz
Berkeley Nucleonics model 855 multi-channel signal generator products are now available up to 40 GHz, enabling excellent frequency stability, phase coherence and extremely fast tuning speed. Each channel can be programmed independently in frequency, phase, amplitude, and modulation.
Channel-to-channel phase coherence: With the... Read Article
August 30th, 2018 - New 7000 Series GUI Features & Added Functionality for Version 1.2.86
The GUI Release 1.2.86 contains many changes to functionality and measurement modes (for instance, Burst Mode measurements to capture phase noise of single pulses). It also contains a huge change to the plotting capabilities, allowing users to individually configure each plot.
We have received many requests for further control on how the plots look... Read Article
August 30th 2018 - Product Update - Launch of 40 GHz Signal Sources
Berkeley Nucleonics’ RF/Microwave Signal Generators are now covering frequencies up to 40 GHz, enabling excellent frequency stability, phase coherence, and extremely fast tuning speed.
Model 845-M-40: a 10 MHz to 40 GHz compact frequency synthesizer with settable output power from -10 to +20 dBm, outstanding phase noise performance... Read Article
August 21st, 2018 - BNC Holds Training Session for Harbor-UCLA Medical Center’s Radiation Experts
This weekend, we got the opportunity to offer hands-on training to the radiation specialists working at the Harbor-UCLA Medical Center in Torrance, California. The training involved advanced and practical training by BNC’s training expert in the use and adoption of the SAM 945 Radiation Isotope Identifier (RIID).
The use of radiation in medical... Read Article
August 1st, 2018 - New Product - Model 525 6-Channel Nanosecond Pulse / Delay Generator
Berkeley Nucleonics Corporation (San Rafael, CA) has launched the latest design in a growing family of USB-Driven instrumentation. The new multi-channel pulse/delay generator offers 6 channels of delay and width control in a compact design. The new DDG introduces a host of updated operating modes,... Read Article
July 14th, 2018 - SAMPack 120-D includes Radiation Compass, giving First Responders Directionality in Isotope Location
Berkeley Nucleonics (BNC) has released its latest in Backpack Radiation Detectors, the Model SAMPack 120-D. The new design includes dual scintillation detectors which deliver unmatched directionality functions.
The user has easy-to-follow guidance on the whereabouts of nuclear radiation and shortly after the sources are... Read Article
July 11th, 2018 - Newly Released Smartphone App and Updated RIID Electronics pack features into SAM 950-X Isotope Identifier
Berkeley Nucleonics (BNC) offers the SAM 950-X, it’s third generation Isotope Identifier, with embedded smartphone technology for a broad range of applications. The new design is hardened for field applications and includes significant updates to the library and identification algorithm. In addition, the high-performance electronic package and efficient power management... Read Article
June 22, 2018 - BNC Exhibits at the Symposium on Radiation Measurements and Applications (SORMA)
Berkeley Nucleonics is proud to have taken part in the SORMA XVII conference held at the University of Michigan campus in Ann Arbor from June 11-14, 2018. The Symposium is the 17th in a series of technical meetings dealing with ionizing radiation and its applications. The program regularly draws over 400 attendees, patrons, and exhibitors. Its focus has expanded... Read Article
June 15th, 2018 - BNC previews cutting-edge RF products at IMS 2018 - Philadelphia
BNC was honored to showcase our latest advancements in our RF/Microwave products at the 2018 International Microwave Symposium hosted in Philadelphia.
The exhibition consists of over 600 exhibiting companies that represent the state-of-the-art when it comes to materials, devices, components, and subsystems, as well as design... Read Article
May 22, 2018 - BNC to Exhibit at IEEE International Frequency Control Symposium 2018
Berkeley Nucleonics (San Rafael, CA) is demonstrating the latest in Cross-Correlation Phase Noise measurements at the Squaw Creek Resort, Olympic Valley CA. The 3-day event brings together engineers and thought leaders from the technical community to enjoy open discussion and a ‘Rump Session’, tutorials and lectures, 79 talks, and 132 posters. Join over 300... Read Article
April 12, 2018 - BNC Product Testimonial: 7000 Series PNT - Valon Technology LLC
Written by: Stuart Rumley – Valon Technology, LLC
Lord Kelvin was right: If you can’t measure it, you don’t know what you’re talking about.
The key to designing and manufacturing high-quality electronic equipment is the ability to make measurements... Read Article
April 11th, 2018 - Compact bMCA Multi-Channel Analyzer Utilizes Digital Signal Processing for Low Noise Gamma Spectroscopy
Berkeley Nucleonics announces the availability of the bMCA series multi-channel analyzers. The bMCA is an ultra-compact and fully digital tube base MCA designed for compatibility with most scintillators, including NaI(Tl), CsI, Plastics, and high-resolution crystals such as LaBr3, SrI2, and CeBr3. Communication options include USB 2.0 and standard Ethernet for faster data... Read Article
January 11, 2018 - BNC Proudly Announces the 360 Gamma Professional Radiation Shield
Berkeley Nucleonics Corporation (BNC) is excited to announce a new distribution partnership with StemRad Ltd., an Israeli company founded in 2011. StemRad Ltd. specializes in revolutionary radiation protection equipment. This partnership will marry innovative, groundbreaking technology in radiation protection with BNC’s 50+ years of industry experience in radiation detection... Read Article
October 13, 2017 - Berkeley Nucleonics Offers a New Generation of CeBr3 Radiation Detectors with a 50% Reduction in Intrinsic Background
Berkeley Nucleonics (San Rafael, CA) is now offering an enhanced CeBr3 scintillation crystal that features a significant reduction in intrinsic background than previously available. The new material is offered hermetically sealed in standard or customized assemblies and can be coupled to a variety of light read out devices and electronics. Supported applications vary from... Read Article
February 8th, 2017 - BNC Scientific offers IoT connected Radiation Detection Area Monitor
BNC Scientific (San Rafael, CA) is rolling out a new line of nuclear area monitors with a rich feature set previously only available in consumer electronics. The new RadWall area monitors detect and alarm on nuclear radiation in real time. While there are several manufacturers of radiation detection and isotope identification nuclear area monitors, the RadWall S300 is the... Read Article
February 16, 2017 - Compact Digital Delay Generator offers OEMs Femtosecond Pulses and Triggers
The high performance Model 745-OEM Pulse/Delay Generator, a new release from Berkeley Nucleonics (San Rafael, CA), has no push buttons, no informational display, no bail or feet and no mechanical dial or toggles. What the timing generator does have is mind-boggling 250 femtosecond timing resolution and jitter down to 5 picoseconds. The miniaturized timing module can gate,... Read Article
April 5th, 2016 - Berkeley Nucleonics is Now Offering 2x2 inch Cerium Bromide (CeBr) Detectors with SAM III Series
BNC is now offering 2x2 inch Cerium bromide (CeBr) detectors with its SAM III products. This is a large improvement in efficiency over the standard 1.5x1.5 CeBr, 1.5x1.5 lanthanum bromide (LaBr) and 3x3 NaI detectors. The new 2x2 inch detector has an increased volume of nearly two and a half... Read Article
December 13th, 2016 - Berkeley Nucleonics Releases Ruggedized Radiation Isotope Identifier, the Newest Generation of Handheld Radiation Detection
San Rafael precision instrument manufacturer Berkeley Nucleonics has announced the next generation of handheld radiation detection tools for first responders, government, environmental safety and anyone requiring a ruggedized radiation detector.
The Model SAM 950 boasts a... Read Article
March 31st, 2016 - Digital Delay / Pulse Generator with Optical Outputs from Berkeley Nucleonics
Berkeley Nucleonics Corporation (BNC) offers optical outputs to trigger, delay, gate and sync multiple devices for use in high EMI and RFI environments. Optical outputs allow distribution over longer distances while maintaining the precision timing and coherence between channels. The Model 577, BNC’s latest digital... Read Article
June 4th, 2015 - Berkeley Nucleonics Releases Customizable RF / Microwave Signal Generators
Berkeley Nucleonics (BNC), an RF/Microwave instrumentation manufacturer, releases a user-customize-able OEM signal generator platform for RF / Microwave systems requiring brand singularity or system integration. This OEM version platform leverages proven designs at... Read Article
April 27th, 2015 - Berkeley Nucleonics - RD-150-G Vehicle-Mounted Radiation Detection System (VMRDS)
Berkeley Nucleonics is releasing the Model RD-150-G at the Annual HPS (Health Physics Society) Conference in Baltimore in July, 2015. The new Vehicle-Mounted Radiation Detection System (VMRDS) provides a wide range of nuclear detection functionality in a clandestine and convenient operational mode. Medium-... Read Article
March 11, 2014 - Berkeley Nucleonics RIID with Smartphone Enhancements and Reachback, the Model SAM 945 (SAM III), Provides First-Ever Capabilities in one Instrument
Berkeley Nucleonics RIID with smartphone enhancements and reachback, the Model SAM 945 (SAM III), provides first-ever capabilities in one instrument. The company has released the new Isotope Identifier (RIID) in time for the National Radiological Emergency Preparedness conference in Salt Lake City, Utah on April 7, 2014. The Model SAM 945 is BNC’s third generation Isotope... Read Article