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Rof-PLS series pulse light source (Nanosecond pulse laser)uses a unique short pulse drive circuit to achieve the narrowest pulse output up to 3ns, while using a highly stable laser and a unique APC(automatic power control) and ATC(automatic temperature control) circuit to make the output power and wavelength have high stability and can monitor the temperature, power and other information of the light source in real time. Ova serija pulsa izvora svjetlosti uglavnom se koristi za mopu strukturu laserski izvor sjemena, spektralna analiza, osjetljivost na vlakno, testiranje pasivnog uređaja.
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ROF-SLD series SLD broadband light source adopts unique ATC and APC circuits to ensure extremely high output optical power stability and spectral waveform stability, with wide spectral range coverage, high output power, low coherence characteristics, can effectively reduce system detection noise. Poboljšana prostorna rezolucija (za OCT aplikacije) i poboljšana osjetljivost mjerenja (za osjetljivost na vlakne). Through unique circuit integration, ultra-wideband light sources with output spectral bandwidths up to 400nm can be achieved, mainly used in optical phase chromatography technology, optical fiber sensing systems, and communication and measurement systems.
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An optical amplifier is a device which receives some input signal light and generates an output signal with higher optical power. Obično su ulazi i izlazi laserski snopovi (vrlo rijetko druge vrste svjetlosnih greda), ili se šire kao Gaussove grede u slobodnom prostoru ili u vlaknu. The amplification occurs in a so-called gain medium, which has to be “pumped” (ie, provided with energy) from an external source. Most optical amplifiers are either optically or electrically pumped.
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ROF elektro-optički modulator 1064nm nizak VPI fazni modulator
-PM-UV serije nisko-vpi fazni modulatorima nizak napon napola talasa(2V)
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ROF-DML serija analogni širokopojasni modulirani moduli modulirani modulirani DFB laserski režim (DML), potpuno prozirni radni režim i integrisani automatsko upravljački krug (ATC), to osigurava da laser može prenijeti mikrovalnu RF signale do 18GHz na velike širine i ravnom response, providing superior linear fiber communication for a variety of analog broadband microwave applications. Izbjegavanjem upotrebe skupih koaksijalnih kablova ili valoga valoga, granica prenošenja, u velikoj mjeri poboljšava kvalitetu signala i pouzdanost mikrovalne komunikacije, a može se široko koristiti u daljinskom distribuciji bežične, telemetrije i kašnjenja i ostalim mikrovalnim poljima komunikacije.
