The electro-optic cell is based on two RTP elements in a temperature compensating design. The unique properties of RTP, including high electrical resistivity (~1011-1012 Ω•cm) and a high laser damage threshold, enable the production of a Pockels cell with outstanding properties. These types of devices have been operated at rates of up to 1 MHz, with no sign of piezoelectric ringing.
Many laser applications require electro-optic cells for high average power density operation. For this purpose, Raicol offers BBO crystal based electro-optic cells.
RTP EO Cell Applications:
• Q-switch
• Phase modulator
• Amplitude modulator
• Pulse picker
• Cavity dumper
• Shutter
• Attenuator
• Deflector
The electro-optic cell is based on two RTP elements in a temperature compensating design. The unique properties of RTP, including high electrical resistivity (~1011-1012 Ω•cm) and a high laser damage threshold, enable the production of a Pockels cell with outstanding properties. These types of devices have been operated at rates of up to 1 MHz, with no sign of piezoelectric ringing.
Many laser applications require electro-optic cells for high average power density operation. For this purpose, Raicol offers BBO crystal based electro-optic cells.
RTP EO Cell Applications:
• Q-switch
• Phase modulator
• Amplitude modulator
• Pulse picker
• Cavity dumper
• Shutter
• Attenuator
• Deflector