Test & measurement

Test & measurement

Test & measurement

Test & Measurement. BNC is a manufacturer of electronic NIM instrumentation, pulse generators, digitizer, real-time spectrum analyzer. Contact us today!
  • Model 745-OEM —

    Compact Digital Delay Generator - Channel to channel jitter is less than 25 ps rms

    Berkeley Nucleonics' Model 745-OEM is a compact digital delay generator intended for use in embedded OEM applications. The module delay Generator provides four or eight independent delayed pulses. Delays up to 10 seconds can be programmed with 0.25ps resolution and channel to channel jitter is less than 25 ps rms. One T0 channel is used to time reference all output delayed pulses. MCX outputs... Read more

    • 4 high resolution delay channels0.25 ps time resolution
    • 25 ps RMS  jitter
    • 5ps RMS jitter for short delays
  • 155 - 1064 nm Optical Module

    Model 106H - 1064 <span style="text-transform:none !important;">nm</style> High Power Optical Module

    Used in Conjunction with BNC Model 6040 Optical Pulse Generator Mainframe, the Model 106H 1064nm Light Pulser offers precise optical pulses (wavelengths are user selectable from 1050-1080nm) with levels to 200mW.

    • Trigger Internal 0.01 Hz to 2Khz; external 0 to 2Khz
    • 4 Fix Pulse Width
    • Delay 0 ns to 640 s (plus fixed delay)
  • Model 745T

    Model 745T —

    Femtosecond Digital Delays with 5 Picosecond Jitter

    The Model 745T Digital Delay Generator (DDG) offers the world's leading performance in a benchtop timing instrument. 25 years ago, our Model 7095 Digital Delay Generator dramatically advanced research with jitter below 25 ps. Now, with all the features of a modern DDG, the Model 745T gives users incredible performance at a fraction of the cost. The Model 745T offers... Read more

    • Internal Trigger, Delays < 100ns: 2 picoseconds
    • Internal Trigger, Delays > 100ns: 15 picoseconds + timebase
    • External Trigger, Delays < 100ns: 25 picoseconds
  • Model 106C

    Model 106C - 1064 <span style="text-transform:none !important;">nm</style> Optical Module

    Models 090 and 106C provide operating capabilities unavailable from other 904 and 1064 nanometer optical sources. Among them, repetition rates to 100 MHz and precision control of amplitude and time domain.

    Combined with the BNC Model 6040 Mainframe, these modules generate fast pulses, subnanosecond impulses, and CW light while maintaining the excellent timing accuracy, low jitter, and... Read more

    • Model 6040

      Model 6040 Electrical Pulse Generator with Electrical or Optical Outputs

      The Model 6040 pulse generator provides superior performance characteristics. For example, the timing accuracies of 0.01% for frequency and 0.2% for delay and width are unusual for a pulse generator. The triggering jitter of 25 ps provides synchronizing capabilities usually associated with only the very best digital delay systems. Plug-in modules let you select the output configuration you... Read more

      • Delay Setup
      • Trigger Level Setup
      • Optical Power Setup
    • 645 50MHz Arb Generator

      Arbitrary Waveform Function Generator

      The BNC Model 645 50MHz Function/Arbitrary Waveform Generator delivers many advanced features and user modes than our previous models, with a price that is designed to meet tough economic constraints. New DDS+ technology embraces advancements in the semiconductor industry and leverages state-of-the-art components for both standard and complex functions. The resulting design is a box for every... Read more

      • 50MHz sine, 10MHz Arbitrary Waveform
      • 14-bit, 125MSa/s, 256 K-point ARB
      • Pattern Generator (16 bits wide, 256K depth)
    • Model 7550 —

      Real Time Spectrum Analyzer

      The Model RTSA7550 has all the standard features of a spectrum analyzer such as frequency controls, marker functions, and multi-trace functionality. It also includes a real-time trigger mode for measuring complex data signals such as Wi-Fi and LTE, along with markers for tracking specific frequencies. Real-time triggering is enabled by sophisticated FPGA-based digital signal processing within... Read more

      • Frequency Range from 100 kHz to 8, 18, or 27 GHz
      • Real-Time Bandwidth (RTBW) up to 100 MHz
      • DSP filtering and decimation
    • Model TB-4

      Model TB-4 —

      Module Power Supply

      Model TB-4 is a bin and power supply combination for plug-in modules. It can house twelve single-width modular instruments or a mixture of other sizes equivalent to twelve singles. Units that can be installed include BNC's modular digital delay generators, trigger pulse amplifiers, pulse generators, programming interfaces, and the instruments of other companies that are designed to NIM... Read more

      • Supplies Six DC Voltages
      • Houses Up to Twelve Modules
      • Front Panel Test Points
    • Model AP-3

      Model AP-3 —

      PortaNIM Bin / Power Supply

      The AP-Series Portanims are attractive, compact, portable NIM compatible bins with self-contained power supplies. The Model AP-3 can hold six singles or combinations of larger module sizes equivalent to six. Portanims are aesthetically designed to give a finished and pleasing benchtop instrument appearance to plug-in modules. They can be used for BNC modular digital delay generators, trigger... Read more

      • Up to Six DC Voltages
      • Compact, Rugged, Lightweight
      • Modern Attractive Appearance
    • Model 1105

      Universal Counter

      A new counter, Model 1105, from Berkeley Nucleonics compares favorably to existing counters. The 1105 has 12 digits of frequency resolution and 40 ps of time interval resolution. The real-time DSP front-end facilitates faster measurement throughput. Compare our specifications and price to the Agilent 53132A or the Fluke PM6685.

      We have made the front panel controls more user-friendly.... Read more

      • NEW High Stability Oven Option (HS) allows 1,000X's stability
      • NEW High Frequency Option (HF) allows up to 20 GHz input on channel 3
      • Time Interval, Frequency, Frequency Ratio, Pulse Width, Duty Cycle measurements