Conoptics, Inc. - Product Announcements

The multi-port high frequency resonant modulator offers a large aperture, low voltage phase or intensity modulation with an upper frequency of 1 GHz. (read more)

Conoptics, Inc. has introduced the Model 275 linear, high voltage differential amplifier designed to be used with various Conoptics electro-optic modulators. (read more)

Select from single pulse to 30Mhz repitition rate for mode locked lasers running at as high as 100Mhz.

Low temperal dispersion compatible with FSEC pulses, no spatial dispersion

Optical transmissions > 80%

Available for Ti: Sapphire and OPO's 700 to 1600nm (read more)

The LASS-II (Laser Amplitude Stabilization System) is an electro-optic feedback loop designed to reduce amplitude variations commonly associated with most gas lasers . (read more)

Conoptics manufactures an extensive line of low voltage electro-optic light modulators, driver electronics, and associated components to satisfy diverse requirements. The application dictates which versions of modulator and driver electronics are to be used and what auxiliary components are needed . (read more)

Conoptics manufactures a family of modular Faraday rotators and interchangeable accessories which can be combined to perform various isolation functions . (read more)

The Model 715 I is designed to work with unpolarized or randomly polarized lasers. The product replaces the conventional glan polarizers with calcite displacers at the input and output of the Faraday Rotator Assembly. Calcite crystals, when properly orientated, will generate two parallel beams with orthogonal polarizations . (read more)

Pulse Selection or Regenerative Amplifier Switching Systems : (read more)

CONOPTICS' Model 350-80LA / BK E-O modulator with the Model 302RM driver offers 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. (read more)

Conoptics series of electro-optic beam deflectors utilize a quadrapole electric field in an electro-optic material to produce a linear refractive index gradient proportional to the applied signal voltage. Choice of the proper material and crystallographic orientation eliminates piezoelectric ringing normally associated with other deflectors. (read more)