Acoustic light menur
Controls high accuracy, small size, ease of adjustment, frequency loss, pulse selection, etc. of pulsed lasers with multiple frequencies
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Polarization Maintaining 1550nm Fiber-Coupled Acousto-Optic Modulator (AOM Series)
Acousto-Optic Modulator
Csrayzer
Interaction Material: Tellurium dioxide Signal Wavelength (λc): 1550
The Polarization Maintaining Fiber-Coupled Acousto-Optic Modulator is designed for use in pulsed fiber laser amplifier systems and as a pulse picker for short pulse, high rep rate fiber laser.
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Fiber-Coupled Acousto-Optic Modulator (AOM) Module
Acousto-Optic Modulator
Shconnet
Pulse On/Off Ratio (Extinction Ratio): 45 Optical Pulse Delay: 990ns Frequency Shift: 40 (positive frequency shift)MHz
Acousto-optic modulation is a physical process that loads information onto an optical-frequency carrier using the acousto-optic effect. The modulating signal acts on the electro-acoustic transducer in the form of an electrical signal (amplitude modulation), which is then converted by the electro-acoustic transducer into an ultrasonic field varying with the electrical signal. When light passes through the acousto-optic medium, the optical carrier is modulated due to the acousto-optic interaction and becomes an intensity-modulated wave carrying information.
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Sound LightQ Switches
Acousto-Optic Modulator
Ovlink
Materials: typ: Oxygen oxide Wavelength: min: 1030; typ: 1064; condition: 1080 Insert Loss: min: 1; typ: 2; condition: 2.5
Fibre-optic Q switches are a category of products used for the Q in the cavity of fibre-optic lasers. The laser interior Q device, which is based on acoustic light, is designed to ensure that our products are durable and structurally compact. Product performance; high frequency stability; speed of response time; insertion of low loss; high loss rate; high damage threshold; low effort; high temperature stability and reliability; fast modem speed; insertion of low loss; low effort; low rupee dependence; low temperature stability and reliability High
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