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RTP Pockels Cell Q-switch

         
    The Laserton RTP Pockels Cells are based on two RTP elements in a temperature compensating design that enables the usage of these devices within a wide temperature range from -40 °C up to +70 °C.  
  Applications  Commonly applied in Q switches & pulse pickers  
     Used as E-O modulator  
     Used as attenuators & deflectors  
         
  Features  Low half-wave voltage for EO Cells to enable
a compact design
 
     Excellent performance under extreme temperature from -40 °C to +70 °C  
     High laser-induced damage threshold (600MW/cm2, at 1064 nm, 10 ns pulse 10Hz)  
     Minimal piezoelectric ringing effect, compatible for 1 MHz repetition rate.  
     Non-hygroscopic, easy to handle.  
     Wide optical bandwidth  from 500nm to 3000nm for electro-optics applications  
     Low insertion loss  
     High extinction ratio >200:1   
         
  Main Specification Operational range 500-3000 nm  
  Transmission @ 1064 nm > 98.5%  
  Half wave voltage    
  Extinction ratio 30dB (20dB optional)  
  Acceptance angle < 4 deg.  
  Standard AR coating @ 1064 nm R < 0.1%  
  Damage threshold Up to 600MW/cm2, at 1064 nm, 10 ns pulse 10Hz  

ITEM CUT ANGLE SIZE/mm HALF-WAVE VOLTAGE/V LIDT/@1064nm
R-Q3305X X-CUT 3×3×(5+5) 2400 600MW/cm2
R-Q3305Y Y-CUT 3×3×(5+5) 2000 600MW/cm2
R-Q3310X X-CUT 3×3×(10+10) 1200 600MW/cm2
R-Q3310Y Y-CUT 3×3×(10+10) 1000 600MW/cm2
R-Q4405X X-CUT 4×4×(5+5) 3200 600MW/cm2
R-Q4405Y Y-CUT 4×4×(5+5) 2700 600MW/cm2
R-Q4410X X-CUT 4×4×(10+10) 1600 600MW/cm2
R-Q4410Y Y-CUT 4×4×(10+10) 1350 600MW/cm2
R-Q7705X X-CUT 7×7×(5+5) 5600 600MW/cm2
R-Q7705Y Y-CUT 7×7×(5+5) 4600 600MW/cm2
R-Q7710X X-CUT 7×7×(10+10) 2800 600MW/cm2
R-Q7710Y Y-CUT 7×7×(10+10) 2300 600MW/cm2
R-Q8805X X-CUT 8×8×(5+5) 6400 600MW/cm2
R-Q8805Y Y-CUT 8×8×(5+5) 5400 600MW/cm2
R-Q8810X X-CUT 8×8×(10+10) 3200 600MW/cm2