PPLN calculator

Our PPLN calculator can help you choose the best PPLN crystal for your application.

Laser Source Characteristics

Nonlinear Interaction:*

For further details or advice our expert team is ready to help - we look forward to hearing from you - Contact us.

Contact

For all initial enquiries please contact our team at:

Covesion Ltd
Unit A7, Premier Centre
Premier Way, Romsey
Hampshire SO51 9DG
United Kingdom

Email: sales@covesion.com
Tel. +44 (0)1794 521638
Fax. +44 (0)8709 289714

Or make an enquiry

Applications

Covesion poling technology provides a versatile basis for the design and manufacture of unique PPLN crystals. Our custom design and fabrication service provides application-specific technical consultation with specialist grating design and contract manufacture, resulting in a wavelength conversion solution tailored to your target laser system.

Capabilities

  • VISIBLE and MID-IR generation
  • Crystal thickness up to 1.0mm
  • Crystal lengths from 0.3 to 40mm
  • Multiple periods in a single crystal
  • Variable grating aperture and spacing
  • Volume Availability

Our MgO:PPLN has a wide range of OEM applications:

Projector Displays

  • Pico projectors
  • Laser TV / cinema
  • Head-up displays

Biomedical

  • Flow cytometry
  • Confocal /CARS microscopy
  • DNA sequencing

Materials Analysis

  • Spectroscopy
  • Colour profiling & digital printing

Construction & Surveying

  • Rotary levels
  • Pointing & alignment

Mid-IR Applications

  • Laser Countermeasures
  • LIDAR
  • Environmental monitoring

Femtosecond Lasers

  • Frequency comb stabilization
  • Metrology
  • Terahertz generation

Associated items

PPLN Tutorial

PPLN Tutorial

Our guide to PPLN explains the basic theory behind nonlinear processes as well as providing practical information on PPLN usage to help you gain the best efficiency from our crystals.

» Read more

MgO:PPLN crystals

MgO:PPLN crystals

MgO:PPLN crystals for are available off-the-shelf and in various lengths over a wide temperature tuning range.

» Read more