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| | | Top Electro-Optic Devices | | | Date: 24 February 2026 | | | |
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| 650 nm - 1000 nm, Electro-Optic Phase Modulator for Spectroscopy Applications | |
Electro-Optic Phase Modulator
from Photonics Technologies
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| The EOM-02-10-V from Photonics Technologies is a Magnesium Oxide-Doped Lithium Niobate (MgO:LiNbO3) Electro-Optic Phase Modulator that operates at a wavelength of 650 nm - 1000 nm. It has a modulation frequency of 3 MHz and modulation bandwidth of 3.3%. This electro-optic phase modulator is ideal for frequency modulation saturation spectroscopy or stabilization to an optical resonator. |
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| 1525 nm - 1605 nm, Electro-Optic Intensity Modulator for WDM Transmission | |
Electro-Optic Intensity Modulator
from Thorlabs Inc
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| The LNA2322 from Thorlabs Inc is a LiNbO3 Electro-Optic Intensity Modulator that operates at a wavelength of 1525 nm - 1605 nm. It has an electro-optic bandwidth of 14 GHz and a minimum operating frequency from DC to 40 GHz. This X-cut electro-optic intensity modulator has an RF half-wave voltage (at 1 GHz) of 4.5 V and is ideal for telecommunications & WDM transmission applications. |
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| 1310 nm Electro-Optic Intensity Modulator for Quantum Photonics Applications | |
Electro-Optic Intensity Modulator
from Sintec Optronics
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| The STOL-IM-1310-10-PM from Sintec Optronics is an Electro-Optic Intensity Modulator that operates at a wavelength of 1310 nm. It has an electro-optical bandwidth of 10 GHz and insertion loss of up to 4.5 dB. This EOIM has an optical return loss of -45 dB and a halfwave voltage of 6.6 V (at 10 GHz). It is ideal for analog modulation, quantum photonics, and active mode locking laser applications. |
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| 1525 nm - 1565 nm, Electro-Optic Intensity Modulator for Radar Applications | |
Electro-Optic Intensity Modulator
from Beijing Rofea Optoelectronics
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| The ROF-AM-HER from Beijing Rofea Optoelectronics is an Electro-Optic Intensity Modulator that operates at a wavelength of 1525 nm - 1565 nm. It has a maximum RF half-wave voltage of 5 V and bias half-wave voltage of 7 V. This electro-optic intensity modulator has an operating bandwidth of 12 GHz and is ideal for optical pulse generator, Brillouin sensing system & laser radar applications. |
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| 400 nm - 1100 nm, DKDP Pockels Cell for Q-Switching Applications | |
Pockels Cell
from Shandong Laserton Optic Co., Ltd.
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| The D-Q12A from Shandong Laserton Optic Co., Ltd. is a Deuterated Potassium Dihydrogen Phosphate (DKDP) Pockels Cell that operates at a wavelength of 400 nm - 1100 nm. It has a clear aperture of 12 mm and an insertion loss below 2%. This pockels cell has a damage threshold of 1 GW/cm2 and is ideal for pulsed laser system, medical laser system, and Q-switching applications. |
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| 0.3 µm - 1.2 µm, KD*P Pockels Cell for Q-Switching Applications | |
Pockels Cell
from Leysop
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| The EM508-512 from Leysop is a Potassium Dihydrogen Phosphate (KD*P) Pockels Cell that operates at a wavelength of 0.3 μm - 1.2 μm. It has a halfwave voltage of 6.2 kV (static) & 7.5 kV (dynamic) at 1064 nm and aperture sizes of 8 mm, 10 mm, 12 mm, 15 mm & 20 mm. This pockels cell has an optical rise time of up to 1 ns and is ideal for Q-switching & pulse-picking applications. |
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| 2.6 kV Pockels Cell Drivers for Welding & Cutting Applications | |
Pockels Cell Driver
from EKSPLA
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| The PCD-UHR-250-2.6-(C) from EKSPLA is a Pockels Cell Driver that has a pulse amplitude of 2.6 kV. It has a maximum repetition rate of 250 kHz and pulse duration of 100 ns - 3900 ns. This pockels cell driver has a rise/fall time of less than 6 ns and is ideal for micromachining, welding, cutting, ophthalmology, surgery, fusion research, spectroscopy & high-energy physics applications. |
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| Featured Article | | What is Brillouin Spectroscopy? | | Brillouin spectroscopy is a powerful optical technique used to study the mechanical and magnetoelastic properties of materials. It relies on Brillouin scattering, a form of inelastic light scattering that occurs when photons from a monochromatic laser interact with thermally excited density fluctuations such as acoustic phonons or spin waves (magnons). Click here to read the full article. | | | |
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