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DF1013-TS052_020-035-919
Key words:
DF1013-TS052_020-035-919
Application:
Laser direct writing, precision circuitboard drilling, semiconductor testing,laser roller manufacturing,laserprinting, cell sorting, holographicimaging, fast zoom system.
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The optimal efficiency of AODF usually requires that the input laser beam be set at the Bragg angle. When scanning the laser beam, the Bragg angle will mismatch, because AODF can only perform optical alignment at one driving frequency. In general, this will lead to reduced efficiency.
ModuOptik team has a wealth of design experience and can skillfully solve problems, such as using longitudinal mode and phased array piezoelectric units in the transducer to design and produce a large bandwidth AODF with high resolution. With the specially developed RF driver can realize frequency sweep, chirp and other control methods, convenient for customers to quickly realize a variety of functions.
Product Code
(Download specification)Working wavelength (nm) Active Aperture(mm) Centerfrequency(MHz) Bandwidth/MHz Scan Angle(mrad) Optical Material DF1013-TS052_020-035-919 919 3.5 52 20 28 Tellurium dioxide
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File size: 182.0KB
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We are a technology-based company specializing in the development and manufacture of precision optical instruments and high quality optical modulators. Pulse products are a national high-tech enterprise that combines unique expertise in the fields of precision optics, laser technology, radio frequency and high frequency/high voltage technology.
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