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ROF-EDFA-HP高出力出力ファイバーアンプ光アンプ
ROF-EDFA-HPシリーズ高電力ファイバーアンプは、エルビウムYTTERBIUMの共同ドープ繊維、信頼性の高いポンプ光源、安定した熱散逸技術に基づいたユニークな光学パス構造を採用し、1535〜1565NMの範囲で高出力を達成します。高出力と低ノイズポイントでは、光ファイバー通信、LIDARなどで使用できます。
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ROF-EDFA-B電気光アンプ予防繊維増幅器光アンプ
Rofea Optoelectronics independently developed Rof-EDFA series products are specially designed for the laboratory and factory test environment of optical fiber power amplification equipment, internal integration of high-performance pumping laser, high-gain erbium-doped fiber, and unique control and protection circuit, to achieve low noise, high stability output, AGC, ACC, APC three working modes can be selected.光ファイバーセンシングと光ファイバー通信で広く使用されています。 The benchtop fiber amplifier has LCD display, power and mode adjustment knobs for easy operation, and provides an RS232 interface for remote control.モジュール製品には、少量、低電力消費、容易な統合、プログラム可能な制御などの特性があります。
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さまざまな種類のアンプは、飽和特性の点で非常に異なります。 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. -
Rofea Optoelectronics independently developed Rof-EDFA series products are specially designed for the laboratory and factory test environment of optical fiber power amplification equipment, internal integration of high-performance pumping laser, high-gain erbium-doped fiber, and unique control and protection circuit, to achieve low noise, high stability output, AGC, ACC, APC three working modes can be selected.光ファイバーセンシングと光ファイバー通信で広く使用されています。 The benchtop fiber amplifier has LCD display, power and mode adjustment knobs for easy operation, and provides an RS232 interface for remote control.モジュール製品には、少量、低電力消費、容易な統合、プログラム可能な制御などの特性があります。
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さまざまな種類のアンプは、飽和特性の点で非常に異なります。 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.
