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JENOPTIK Light Modulators

Phase and amplitude modulators for visible and IR wavelengths in waveguide and liquid crystal formats.

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2 Modulator Technology Overview

Integrated-optical devices made by JENOPTIK

3 Modulator Applications (short)

Liquid Crystal Modulators, Waveguide Modulators, and Fiber Optics.

4 Modulator Selection Critiera

Operation overview and selection criteria.

5 Amplitude Modulators

The Integrated Optical Amplitude Modulator is a compact

fiber-coupled electro-optical modulator that works based

on MgO:LiNbO3 and LiNbO3 crystals. Providing fast electrooptical

response, it allows amplitude modulation with

frequencies as high as the Gigahertz range.

Available modulators can handle wavelengths in the visible

and the infrared spectral range. Standard-designed modulators

use polarization maintaining single mode fibers to couple

the light in and out. They may also be configured with fiber

systems or connectors of different types. Each modulator

may be fitted with a control & driver unit on special request.

The Integrated Optical Amplitude Modulator is a compact fiber-coupled electro-optical modulator that works based on MgO:LiNbO3 and LiNbO3 crystals. Providing fast electro optical response, it allows amplitude modulation with frequencies as high as the Gigahertz range. Available modulators can handle wavelengths in the visible and the infrared spectral range. Standard-designed modulators use polarization maintaining single mode fibers to couple the light in and out. They may also be configured with fibersystems or connectors of different types. Each modulator may be fitted with a control & driver unit on special request.

6 Phase Modulators

The Integrated Optical Phase Modulator is a compact fibercoupled

electro-optical modulator that works based on

MgO:LiNbO3 and LiNbO3 crystals. Providing fast electro-optical

response, it allows phase modulation with frequencies as

high as the Gigahertz range. Available modulators can handle

wavelengths in the visible and the infrared spectral range.

Standard-designed modulators use polarization maintaining

single mode fibers to couple the light in and out.

The Integrated Optical Phase Modulator is a compact fiber coupled electro-optical modulator that works based on MgO:LiNbO3 and LiNbO3 crystals. Providing fast electro-optical response, it allows phase modulation with frequencies as high as the Gigahertz range. Available modulators can handle wavelengths in the visible and the infrared spectral range. Standard-designed modulators use polarization maintaining single mode fibers to couple the light in and out.

7 Liquid Crystal SLM

Spatial Light Modulators SLM-S320(d)/640(d) are lineararray

SLMs based on nematic liquid crystals (LC) and are

excellent tools for modulation of ultra fast laser pulses in

the wavelength range 430-1600 nm.

The SLMs are available as single mask configuration for

phase or amplitude/polarization modulation and as dual

mask SLMs for simultaneous modulation of phase and

amplitude in a 4f-arrangement or in a chirped pulse

amplification system.

Spatial Light Modulators SLM-S320(d) / 640(d) are line array SLMs based on nematic liquid crystals (LC) and are excellent tools for modulation of ultra fast laser pulses in the wavelength range 430-1600 nm. The SLMs are available as single mask configuration for phase or amplitude/polarization modulation and as dual mask SLMs for simultaneous modulation of phase and amplitude in a 4f-arrangement or in a chirped pulse amplification system.

8 Modulator Short Pulse Driver

Driver for Integrated Optical Light-Modulators

For generation of short light pulses and steep edges (1 ns, 3 ns)

Driver for Integrated Optical Light-Modulators.

For generation of short light pulses and steep edges (1 ns, 3 ns).

9 Optical Pulse Picker

The Pulse Picker allows for a reliable reduction of high

pulse laser repetition rates. To achieve this, a fiber-coupled

electro-optical amplitude modulator and control & driver

electronics are combined into a mutually adapted system.

For normal operation, the Pulse Picker requires only the

synchronizing signal of the laser source to be modulated.

The Pulse Picker allows for a reliable reduction of highpulse laser repetition rates. To achieve this, a fiber-coupled electro-optical amplitude modulator and control & driver electronics are combined into a mutually adapted system. For normal operation, the Pulse Picker requires only the synchronizing signal of the laser source to be modulated.