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Berkeley Nucleonics Instrumentation Since 1963…

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Berkeley Nucleonics. Instrumentation Since 1963…. Management Team. David Brown, President 15 Years, BA Management Mel Brown, Director of Finance 45 Years, MS Electrical Engineering John Yee, Director of T&M Application 35 Years, MS Electrical Engineering - PowerPoint PPT Presentation

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Page 1: Berkeley Nucleonics

Berkeley Nucleonics

Instrumentation Since 1963…

Page 2: Berkeley Nucleonics

Management Team David Brown, President

15 Years, BA Management Mel Brown, Director of Finance

45 Years, MS Electrical Engineering John Yee, Director of T&M Application

35 Years, MS Electrical Engineering Jim McQuaid, Director of Radiation Detection Applications

10 Years, BS Nuclear Physics Robert Corsetti, Director of Sales

5 Years, BS Neuroscience

Page 3: Berkeley Nucleonics

Test and Measurement

Industry Leading Specifications Amp Stability, Interface Options, Low Jitter

Widest Range of Signal Generators High Voltage, NIM, Optical, TTL, ARB, Pulse

Measurement Instruments Scope, Digital Multimeter, Frequency Counter

Price / Performance Channel Cost, Feature-Rich

Page 4: Berkeley Nucleonics

Nuclear Detection

Radiation Detection Pagers and Identifiers Spectroscopic Portal Monitors Accredited Training Programs Reachback and Program Support US DoD, US DHS, Health Physics Certified Domestic and International Support Offices

Page 5: Berkeley Nucleonics

Life Sciences

Video Microscope Feature-Rich Microscope Academic, Research, Investigative, Industrial

High Voltage Stimulators Neuroscience Research

Page 6: Berkeley Nucleonics

Flagship ProductsTest and Measurement

Scanning Microscopes

NIM Pulsers and Power SuppliesRadiation Detection

Special Function and Custom Development

Page 7: Berkeley Nucleonics

MODEL 725 Images, Summary

The Model 725 coordinates, integrates and synchronizes complicated setups, simply, reliably and affordably. Featuring eight timing channels with programmable logic, unique timing modes and 10 ns resolution, the Model 725 outperforms a rack full of instruments, specialized boxes, filters and cables. Inputs can be logic signals, switches, transducers, interlocks, computer commands and gauges. The model 725 can be programmed and controlled easily via Labview or Windows. It contains sophisticated logic, gating and filtering. It has eight inputs, eight outputs and eight separate timers.

The model 725’s logic is engineered for fast data throughput (11 ns) and minimal throughput spread (~1 ns). It would be difficult to match this performance with external cabling and hard-wired logic.

Page 8: Berkeley Nucleonics

Model 725 - Multi-Trigger Digital Delay Generator

Page 9: Berkeley Nucleonics

MODEL 725 Features

•  Trigger-pulse delay: 50 ns - 1370s

•  Inputs: 8 external and 7 internal

•  Outputs: 8 internal (to timing processors)

•  Delay jitter from internal source: 200 ps

•  External trigger duration: 50 ns

Page 10: Berkeley Nucleonics

MODEL 725 Applications

•  Control, sync, gate, and pulse experiments quickly and easily from a virtual panel

•  Eliminate delay devices, external gates, timers, additional filters and cables

•  Experiment control and setup storage

•  Signal Verification, Measurement, Warmup, Interlock, Arm, Sync, Digital Delay, Trigger