PMR0013-L02M-030-780
A phase modulator is a modulation device developed using the electro-optic effect and high-frequency resonant-cavity theory to modulate the phase of polarized light. It is commonly used in precision optical systems such as laser interferometry, optical frequency combs, laser frequency stabilization, atom cooling and quantum-state control. When an electrical signal at a specific frequency enters the high-frequency resonant cavity, the electromagnetic wave repeatedly reflects inside the cavity to form a standing wave and produce resonance. The electro-optic crystal exhibits birefringence under resonance, ultimately changing the phase of the optical beam. Moduoptik phase modulators offer electro-optic crystals including MLN, DKDP, KTP and LT, with wavelengths covering 350-3000 nm, frequencies spanning 1-4 GHz and modulation reaching 2 πrad.
Overview
Specifications
| Parameter | Value |
|---|---|
| Operating wavelength | 780 nm |
| Effective Aperture | 3 mm |
| Operating frequency | 25MHz |
| Optical material | MLN |
| Max Modulation Depth | 1 rad |
| Cooling method | Conduction cooling |
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