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Amplificadores electroópticos ROF AMPLIFICACIÓN ÓPTICA Butterfly Semiconductor Amplificador óptico Mariposa SOA
Rof-SOA butterfly semiconductor optical amplifier (SOA) is mainly used for 1550nm wavelength optical amplification, using sealed inorganic butterfly device packaging technology, the whole process of domestic autonomous control, with high gain, low power consumption, low polarization related loss, high extinction ratio and other characteristics, support temperature monitoring and TEC thermoelectric control, to ensure the stability of the whole temperatura.
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ROF Butterfly SOA Amplificador óptico Butterfly Semiconductor Amplificador óptico
Rof-SOA butterfly semiconductor optical amplifier (SOA) is mainly used for 1550nm wavelength optical amplification, using sealed inorganic butterfly device packaging technology, the whole process of domestic autonomous control, with high gain, low power consumption, low polarization related loss, high extinction ratio and other characteristics, support temperature monitoring and TEC thermoelectric control, to ensure the stability of the whole temperatura.
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Amplificador óptico de amplificador de fibra de salida de alta potencia ROF-EDFA-HP
The ROF-EDFA-HP series high-power fiber amplifier adopts the unique optical path structure based on erbium-ytterbium co-doped fiber, reliable pump light source and stable heat dissipation technology to achieve high power output in the range of 1535~1565nm. Con alta potencia y bajo punto de ruido, se puede usar en la comunicación de fibra óptica, lidar, etc.
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Banda ROF-Edfa C Alta potencia Fibra Amplificador de fibra óptica Bandilla C
Based on the principle of laser amplification of optical signal in erbium-doped fiber, C-band high-power bioferbium-maintaining fiber amplifier adopts a unique multi-stage optical amplification design and a reliable high-power laser cooling process to achieve high-power bioferbium-maintaining laser output at 1535~1565nm wavelength. Tiene las ventajas de alta potencia, alta relación de extinción y bajo ruido, y puede usarse en la comunicación de fibra óptica, radar láser, etc. -
Amplificación óptica de modulador electroóptico ROF SOA Butterfly Semiconductor Amplificador óptico
Rof-SOA butterfly semiconductor optical amplifier (SOA) is mainly used for 1550nm wavelength optical amplification, using sealed inorganic butterfly device packaging technology, the whole process of domestic autonomous control, with high gain, low power consumption, low polarization related loss, high extinction ratio and other characteristics, support temperature monitoring and TEC thermoelectric control, to ensure the stability of the whole temperatura.
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Modulador electroóptico ROF Amplificador óptico EDFA Amplificador de fibra dopado con YTTERBIUM Amplificador YDFA
Un amplificador óptico es un dispositivo que recibe cierta luz de señal de entrada y genera una señal de salida con mayor potencia óptica. Typically, inputs and outputs are laser beams (very rarely other types of light beams), either propagating as Gaussian beams in free space or in a fiber. The amplification occurs in a so-called gain medium, which has to be “pumped” (ie, provided with energy) from an external source. La mayoría de los amplificadores ópticos se bombean óptica o eléctricamente.
Los diferentes tipos de amplificadores difieren mucho, por ejemplo, en términos de propiedades de saturación. For example, rare-earth-doped laser gain media can store substantial amounts of energy, whereas optical parametric amplifiers provide amplification only as long as the pump beam is present. As another example, semiconductor optical amplifiers store much less energy than fiber amplifiers, and this has important implications for optical fiber communications. -
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Modulador electroóptico ROF Amplificador óptico EDFA Amplificador de fibra dopada Erbium Amplificador YDFA
Un amplificador óptico es un dispositivo que recibe cierta luz de señal de entrada y genera una señal de salida con mayor potencia óptica. Typically, inputs and outputs are laser beams (very rarely other types of light beams), either propagating as Gaussian beams in free space or in a fiber. The amplification occurs in a so-called gain medium, which has to be “pumped” (ie, provided with energy) from an external source. La mayoría de los amplificadores ópticos se bombean óptica o eléctricamente.
Los diferentes tipos de amplificadores difieren mucho, por ejemplo, en términos de propiedades de saturación. For example, rare-earth-doped laser gain media can store substantial amounts of energy, whereas optical parametric amplifiers provide amplification only as long as the pump beam is present. As another example, semiconductor optical amplifiers store much less energy than fiber amplifiers, and this has important implications for optical fiber communications.
