Please register here

Model 201e - 1064 nm Optical Module


Pulse Out:

  • Amplitude
    4 V into 50 ohms.
  • Resolution
    20 mV (to max. amplitude).
  • Accuracy
    0.1% of setting, +/- 15 mV.
  • Transition Times (20% to 80%)
    0.75 V to 4 V <150 ps rise time, <150 ps fall time.
  • Aberrations
    +/- 5% of amplitude, +/- 200 mV.
  • Settling Time
    3 ns to 0.5%; 10 ns to 0.1%.
  • High/Low Level Limits
    >+/- 4 V. Independently adjustable pulse peak and baseline levels provide normal, complement or bipolar output within a 10 V window.

Timing:

  • Trigger
    Internal 0.01 Hz to 100 MHz; external 0 to 100 MHz.
  • Pulse Width
    3 ns to 640 s. 1 ns available through internal adjustment or with External Drive (contact factory).
  • Delay
    0 ns to 640 s (plus insertion delay).
  • External Drive
    0 to 300 MHz, 300 mV min. am plitude; 50 ohm input. Typical performance with inputs of 1 V or more provides pulse widths down to 1 ns or less at drive frequencies to 500 MHz.
  • Module Delay
    0 ns typical (fixed) mainframe's Pulse Out to module's Pulse Out. Jitter 30 ps rms.
Model 085 - Pulse Generator

Features

•  Trigger Internal 0.01 Hz to 100 MHz; external 0 to 100 MHz

•  Pulse Width 3 ns to 640 s

•  Impulse 400 ps typical (fixed)

•  Delay 0 ns to 640 s (plus fixed delay)

Applications

•  Photo Multiplier

•  Photo Detector

•  Fiber Optics Testing

Fast Pulses, Impulses and CW

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 nanosecond resolution of the mainframe. In addition, the 090 and 106C have two inputs for stimulus from external signal sources: External Drive and External Modulation.

With External Drive the optical outputs are fast edge speed, flat top pulses corresponding to the input signal timing. In External Modulation an electrical signal is converted into analog optical form. Thus, it is now possible to transform signals from instruments such as a function or arbitrary waveform generator into their optical equivalents at 904 and 1064 nm as well as the other wavelengths described in the Model 6040 product bulletin.









Berkeley Nucleonics Corporation

2955 Kerner Blvd., San Rafael CA 94901 U.S.A

Phone: 800.234.7858 Fax: 415.453.9956

E-mail: info@berkeleynucleonics.com