OptoScope SC-20 Systems
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OptoScope SC-20 Systems


SC-20 streak camera systems have a particularly large detection area of 35 mm x 4 mm as well as a large useful screen with 40 mm diagonal. Optical signals are focused onto the fiber optical input window without requirement of demagnification. The slit mask is used in direct contact with the input window. The mask can be exchanged. Alternatively to a fixed slit, the input optics can be completed with an adjustable slit and coupling optics as well as object lens mount and shutter. The SC-20 systems provide sub-Nanosecond temporal resolution for applications in the field of detonics and plasma physics research.

OptoScope SC-20 Systems

SC-20 streak system consists of the main unit SC-20 with input optics, sweep unit and readout camera. An image intensifier can additionally be used. Spectral sensitivity is application adapted by selecting photocathode type. A photocathode gating function is integrated as standard. Image intensifier as well as readout camera are fiber optically coupled to obtain a compact system.



Main Unit SC-20 

  • Photocathode /S20, /S25, /BI
  • Image intensifier II140 (optional)


Input optics

  • UV and visible range IOS-20 


Sweep unit

  • Triggered TSU12-20 


Readout camera

  • Cooled, SI1000-2k 
  • Non cooled, 4:1 SRU-BX/40 


Control

  • Software OptoAnalyse
  • Hardware PC according to customer request


SC-20/S25 with IOS-20 and TSU12-20/F1 as well as SI1000-2k


  • Temporal resolution: <600 ps (single-shot)
  • Timebase: 120 ns – 3 µs
  • Wavelength range: 360 nm – 950 nm
  • Trigger frequency: 0 – 10 kHz
  • Readout time: ~6 sec
  • Applications: Plasma physics, detonics


SC-20/S25 with IOS-20/OV and TSU12-20 as well as SRU-BX/40


  • Temporal resolution: <1 ns (single-shot)
  • Timebase: 300 ns – 150 µs
  • Wavelength range: 360 nm – 950 nm
  • Trigger frequency: 0 – 10 Hz
  • Frame rate: 0 – 10 Hz
  • Applications: Plasma physics, detonics


Accessories :

DG645


The programable delay and pulse generator DG645 (Stanford Research Systems) can be used for systems integrating the TSU12-10, TSU21-10 and TSU22-10 sweep units. In combination with the TSU11-10 jitter characteristics of the DG645 need to be considered. The DG645 can effectively be employed when externally triggerable light sources are used.


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