Berkeley Nucleonics Corporation (BNC) is a leading manufacturer of precision electronic instrumentation for test, measurement, and nuclear research. Our corporate headquarters are in San Rafael, California, with additional manufacturing facilities and sales offices located throughout the United States.
We maintain an international network of manufacturer's representatives—including Optilas, Canberra Packard, ORTEC, Coherent, and Seiko—to provide for precision instrumentation needs globally.
Founded in 1963, BNC initially developed custom pulse generators. We became known for meeting the most stringent requirements for high precision and stability, and for producing instruments of unsurpassed reliability and performance. We continue to maintain a leadership position as a developer of custom pulse, signal, light, and function generators. Our designs incorporate the latest innovations in software and hardware engineering, surface mount production, and automated testing procedures. Our Model 625A function generator has been the recipient of several electronics industry awards.
BNC’s innovative engineering has resulted in a highly regarded line of digital delay generators (DDGs). To date, we have introduced 15 different DDGs with delay resolution as low as 250 femtoseconds. Annual media surveys consistently rank us in the top echelon of producers of DDGs.
In the mid-1990s, BNC created the Nuclear Products Group to develop radiation detection and analysis instrumentation. In 1997, we introduced the SAM 935 Surveillance and Measurement system, the first real-time analysis tool for identification and quantification of multiple radionuclides. Our nuclear spectroscopy products now serve a broad cross-section of industries involved in environmental monitoring, health physics, emergency response, and power generation. We offer an accredited program of training seminars in radiation detection, surveillance, and measurement at locations across the U.S. and online, providing attendees with a comprehensive understanding of principles and techniques for isotope identification and analysis. We were proud to co-sponsor a training seminar on radiological detection for emergency response and anti-terrorism with Lawrence Livermore National Laboratory in fall 2002.
