Hamamatsu C1587 UV-VIS Synchroscan Streak Camera System

Item: 4214

** This product is no longer available **


  • C1587 UV-VIS Streak Camera Body
  • A1976 Broadband Input Optics for 200 to 1000 nm
  • M1955 Synchroscan Streak Unit
  • M1954-10 Synchroscan Frequency Tuning Unit
  • M2567 Synchronous Blanking Unit
  • M2568 Tuning Unit for Synchronous Blanking Unit
  • C1587 Power Supply
  • ORCA-R2 Cooled CCD Camera Head
  • ORCA-R2 Camera Controller
  • ORCA-R2 Camera Head to Controller Cable
  • Hamamatsu DCAM image acquisition software
  • User Manuals
    Note: Synchroscan and synchronous blanking plugins are currently tuned for 75 MHz but can be tuned by Hofstra Group to other frequency ranges up to 165 MHz.

Hofstra Group Refurbishment

  • Tuned all circuits for optimal performance
  • Verified streak tube condition
  • Extensively tested performance
  • Replaced degraded components

Options available from Hofstra Group

  • Standard lead time is 8 weeks; expedite available
  • Spectrometer input for time-resolved spectroscopy
  • UV and VIS input optics
  • Re-tuning of synchroscan for other frequency bands
  • Re-tuning of synchronous blanking for other frequency bands
  • Modification of electronics and optics for special applications
  • Development of custom modules
  • Custom optics
  • Calibration of timebase
  • Service and training

Universal Streak Camera

This C1587 Universal Streak Camera system has interchangeable plug-ins that enable a user to perform a variety of high-speed measurements for diverse applications. The Fast Sweep and Synchroscan units offer high repetition rates of up to 1 kHz for Fast Sweep and up to 165 MHz for Synchroscan. The C1587 additionally offers a Synchronous Blanking Extender which enables observations of repeated events from 75 MHz to 30 GHz. Described as the "Universal Streak Camera," the C1587 can fulfill almost every fast kinetics need in the 400 to 1600 nm spectral range.

Download Brochure for C1587 Universal Streak Camera


  • Built-in microchannel plate image intensifier
  • Shutter mode capable of 100ns framing with up to 10 kHz repetition rate
  • Interchangable plug-ins for custom settings
  • Fine temporal resolution
  • Observations using dual time axes
  • High-speed gate function (0.1 μs to continuous)
  • Real-time read-out system
  • Low jitter
  • Superior dynamic range
  • High S/N ratio

An added feature of gated input allows spurious noise to be eliminated from the processed signal and this provides improved signal to noise ratio along with enhanced dynamic range. The gated input has two modes of operation and can also be turned off. Gate exposure times as fast as 100 ns can be achieved and are adjustable from the front panel of the C1587.

Synchroscan Plug-in

The M1955 Synchroscan plug-in features a low jitter, high speed, repeatable sine-wave generator that matches the frequency of a recurring picosecond phenomenon. This unit overlaps the resulting streak images from the recurring event at the same position on a phosphor screen. With the M1955, users can characterize weak optical phenomena with a high S/N ratio in a short measuring time. Multi-dimensional photometry with fast time resolution, high signal to noise ratio and superior dynamic range are achieved using this new technology.

M1955 Features

  • Time-resolution better than 10 picoseconds
  • Delivers intensity vs. time vs. position information

Expansion Unit for use with Synchroscan Plug-in

The Synchronous Blanking unit (M2567) performs an elliptical scan (perpendicular synchroscans in phase) so that flyback is deflected of of the phosphor screen and thus the flyback signal is not recorded. Synchronous Blanking can be used to observe recurring events whose signals produce "trailing" edge on the flyback on the order of half the sweep period.

M2567 Features

  • Especially suited for long decay-time phenomena
  • Improve signal-to-noise by blocking uncorrelated light


  • Picosecond spectroscopy
  • Beam diagnostics
  • Optical communication
  • Synchroscan plug-in specific:
    - Fluorescence, absorption and Raman spectroscopy
    - Optical ranging
    - Photochemistry, photobiology and photophysics
    - Synchronous pumped dye laser diagnostics
  • Fast plug-in specific:
    - Time resolved spectroscopy
    - Laser fusion
    - Laser photochemistry, photobiology and photophysics

Operating Principle

Streak cameras are high-speed light detectors which enable direct measurement of light phenomena with unsurpassed temporal resolution. They can simultaneously measure time, position (or wavelength) and light intensity, and process the data in real-time using a dedicated read-out system.

The streak camera converts incident light into electrons and performs a high-speed sweep (deflecting electrons from top to bottom), enabling detection of the time variation of the incident light intensity by converting these into different positions on the screen. (See figure below.)


The light pulse to be measured is focused onto the photocathode of the streak tube through the slit, where the photons are converted into a number of electrons proportional to the intensity of the incident light. These electrons are accelerated and conducted towards the phosphor screen, and a high-speed voltage which is synchronized to the incident light is applied. The electrons are swept at high speed from top to bottom and are then multiplied in the MCP (micro-channel plate), after which they are bombarded against the phosphor screen of the streak tube and converted to an optical image.

The optical image which appears on the phosphor screen is called a streak image, and shows the intensity distribution of the incident light, by which the positions of the electrons can be determined in the perpendicular direction over the passage of time. Using this method, the temporal intensity distribution of the light being measured can be displayed as the spatial intensity distribution on the phosphor screen.

Download Guide to Streak Cameras


Input Slit Configuration Slit Length (max.): 0 to 20 mm
0 to 5 mm (graduation 5 μm)
Spectral Response Range 200 to 850 nm
Dynamic Range (Synchroscan) better than 1000:1
Input Optics Magnification 1:1
Operating System Requirements Windows 10/8/7 or Mac OS X
AC Input Power 100/117/220/240 VAC
50/60 Hz
Temporal Resolution 10 picoseconds (Synchroscan)
Retail Price $173,076.71