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| Coad | 671432 | Type | Acousto-Optic Modulator (AOM) | |
| Dimension(mm) | 50.0 x 49.4 x 22.7 | Wavelength(nm) | 1040 - 1080 | |
| Clear Aperture（mm） | 2.00 | RF Signal Frequency (MHz) | 80 | |
| Storage Temperature | -20 - 60℃ | Operating Temperature | -10 - 40℃ | |
| Optical Component Material | Quartz Crystal | Fiber Interface | - | |
| Fiber Type | - | Fiber Length | - | |
| RF Signal Input Method | SMA | RF Signal Frequency | 80MHz | |
| RF Signal Rated Power | MAX 25W | RF Cable Length | 0.2m | |
| Extinction Ratio | ＞1000:1 | Polarization Extinction Ratio | - | |
| Insertion Loss | - | Laser Average Power | - | |
| Diffraction Efficiency | ≥90% | Diffraction Angle | 14.8mrad | |
| Input Impedance | 50Ω | Transmittance | ≥99.6% | |
| VSWR | ≤1.2:1 | Laser Damage Threshold | 1GW/cm? | |
| Cooling Method | Conduction Cooling | Acoustic Mode | Longitudinal Wave |
Under the effect of Bragg diffraction, the LBTEK acousto-optic modulator produces only first-order diffracted light and transmitted light. It can be used as an optical switch (periodically switching the light at a set frequency) or as a variable attenuator (dynamically controlling the intensity of the transmitted or first-order diffracted light). It is suitable for applications such as laser marking, lithography, material processing, medical surgery, and micromachining. LBTEK offers both free-space and fiber-coupled acousto-optic modulators, allowing customers to choose according to their application scenarios. Matching RF drivers are also provided, capable of generating specific waveforms by inputting different modulation signals.
The LBTEK acousto-optic modulator can be used as an optical switch (periodically switching the light at a set frequency) or as a variable attenuator (dynamically controlling the intensity of the transmitted or first-order diffracted light). Please note that the product generates heat during operation and must be mounted on a thermally conductive fixture or equipped with a heatsink. LBTEK offers acousto-optic modulators for wavelengths of 355 nm, 450 nm, 532 nm, 780 nm, and 1040–1080 nm, along with optional matching RF drivers and power supplies.
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