Choose from our line of E-O modulators and driver electronics
Conoptics manufactures an extensive line of low voltage electro-optic light modulators, driver electronics, and associated components to satisfy your diverse requirements.
Your application will dictate which versions of modulator and driver electronics you need and what auxiliary components you should use. Most often, the first application requirements considered in the choice of modulation system components are the information bandwidth and waveform requirement. Standard Conoptics products include eight general purpose drivers. Just view that information on the specifications tab to learn the characteristics of standard products and their operating parameters.
Free Product Whitepapers
Download Now!
Conoptics Ti: Sapphire Intensity Control for Multi-Photon Microscopy (MPM)
CONOPTICS' a pioneer in the manufacturing of optics and laser accessories has developed a solution for Multi-Photon Microscopy (MPM).
Multiphoton fluorescence microscopy is a powerful research tool that combines the advanced optical techniques of laser scanning microscopy with long wavelength multiphoton fluorescence excitation to capture high-resolution, three-dimensional images of specimens tagged with highly specific fluorophores.
Conoptics' Model 350-80LA with BK (resonance-dampened) Option is a KD*P Series Electro-Optic modulator. When configured with our Model 302RM amplifier offers the ability to control laser intensity as well as high-speed shuttering. In addition, this solution can control beam attenuation and fly-back blanking with minimal dispersion and full modulation over the lasers bandwidth. The system operates center in/out with no spatial dispersion and rise/fall times of 1 micro-second.
Output Response The image below provide detected response at 514nm, 3ms pulse width, 250Hz rate
Dedication to the advancement of MPM
Conoptics is dedicated to the advancement of laser technology. The link below provides additional information on our collaboration with Cornell on MPM.
