Acousto-Optic Tunable Filter

Acousto-Optic Tunable Filter

Product catalog summary
Acousto-optic Tunable Filter (AOTF)
The AOTF is a solid-state spectroscopic device that uses the acousto-optic principle in anisotropic media to control the wavelength of transmitted light via an RF signal. It can also adjust the light intensity by modifying the RF signal amplitude. The AOTF is capable of filtering both sound and light signals simultaneously, offering high-precision filtering with a fast response for real-time applications. Key applications include confocal microscopy, laser wavelength tuning, fluorescence imaging technology, spectroscopy, and imaging spectroscopy.
Acousto-optic Deflector (AOD)
The AOD is designed for high-speed scanning and can alter the angle of a beam within a specified range, allowing for one-dimensional and two-dimensional scanning. It maintains constant ultrasound power while varying frequency, ensuring consistent diffraction efficiency. The AOD supports various scanning modes, including continuous and random position scanning, within its deflection angle range. It boasts ultra-high scanning speed, wide spectral range, high scanning resolution, and high light flux. Applications include optical inspection, scanning imaging, and precision laser processing.
Models
Several models are mentioned, including AOTF_VIS-3-H1, AOTF_VIS-6-H2, AOTF-IR1-5-H4, AOTF-IR2-2.5-H5, and AOD-355-110-20-6-K1, each with specific features and applications.
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Catalog excerpts

Acousto-Optic Tunable Filter-1

Acousto-optic Tunable Filter High-Speed wavelength tuning, wide wavelength range, high resolution and precision 14 The acousto-optic tunable filter (AOTF) is an all-solid-state spectroscopic device that utilizes the acousto-optic principle in various anisotropic media. It controls the wavelength of the transmitted light by controlling the RF signal acting on the AOTF transducer, and can also adjust the amplitude of the RF signal to achieve the purpose of adjusting the intensity of the transmitted light. The AOTF can filter both sound and light signals at the same time and has a wide range of applications. It has good filtering effect and can achieve high-precision filtering. It has fast response speed and can achieve real-time filtering. ^ Applications: Confacal MicroscopyN Laser Wavelength TurningN Fluorescence Imaging Technology N Spectroscopy N Imaging Spectroscopy, etc.

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