Resonant Electro-Optic Modulator EOMPR-8.96G-B

High-Frequency Resonant Phase Modulator

This LBTEK high-frequency resonant electro-optic phase modulator delivers high-efficiency phase modulation at GHz frequencies via a tuned RF resonant cavity around the lithium niobate crystal. The resonant Q-enhancement reduces the required RF drive power for π phase shift by ~Q² compared to broadband EOMs.

Designed for GHz-band laser sideband generation in cold-atom physics, optical communication, and microwave-photonic applications. Resonant frequency is factory-tuned at 24 ℃ with a narrow operational bandwidth around the center.

Key Features

• GHz resonant frequency — model-specific from 2.1 to 14.75 GHz
• Q-enhanced modulation efficiency — low RF drive power required
• Narrow resonance bandwidth (4–44 MHz FWHM)
• Lithium niobate electro-optic crystal in resonant RF cavity
• Temperature-stabilized for resonance stability
• SMA RF input for direct connection to microwave sources

Typical Applications

• Optical sideband generation for atomic transitions (Rb 6.835 GHz, Cs 9.193 GHz, etc.)
• Cold-atom hyperfine state preparation
• Optical phase-locked loops (OPLL) at GHz
• Microwave-to-optical conversion
• Quantum gates in trapped-ion systems
• Optical frequency comb stabilization

Product Family

The EOMPR/EOPMR series resonant phase modulators provide narrow-band GHz modulation with ultra-low RF drive power. Model designation indicates the resonant center frequency. Custom GHz frequencies available on request.

SKU: EOMPR-8.96G-B · Sourced from LBTEK · Distributed by WaveQuanta