Mixer
The combination of Hybrid Device, 980/1550 nm wave-sizing and 1550 nm oscillator is a low-cost, high-performance product. It has low-input loss, high-resulation, high-reverse-resilient, low-inflection-related loss (PDL), and low-presemination dyslex-drum (PMD) characteristics. The product provides an entire solution for EDFA applications that combines more functionality into a very compact envelope.
Save to Favorites
Overview
Specifications
| Parameter | Value |
|---|---|
| Operating Wavelength [Work wavelength: 980/1550 nm; Separators class: Single Stage / Work wavelength: 980/1550 nm; Separators class: Dual Stage; above parameters do not contain connect headers] | 980/1550 |
| Operating Wavelength [Worklength: 1480/1550 nm; Separators Level: Single Stage / Work wavelength: 1480/1550 nm; Separators Level: Dual Stage; above parameters do not contain connect headers] | 1480/1550 |
| Separator Level [Work wavelength: 980/1550 nm; Separators Level: Single Stage / Work wavelength: 1480/1550 nm; Separators Level: Single Stage; above parameters do not contain connect headers] | Single Stage |
| Separator Level [Work wavelength: 980/1550 nm; Separators class: Dual Stage / Work wavelength: 1480/1550 nm; Separators class: Dual Stage; above parameters do not contain connect headers] | Dual Stage |
| Isolation [Work wavelength: 980/1550 nm; Separators Level: Single Stage / Work wavelength: 1480/1550 nm; Separators Level: Single Stage; above parameters do not contain connect headers] | ≥20 dB |
| Isolation [Work wavelength: 980/1550 nm; Separators class: Dual Stage / Work wavelength: 1480/1550 nm; Separators class: Dual Stage; above parameters do not contain connect headers] | ≥35 dB |
| Insert Loss (Signal) [Work wavelength: 980/1550 nm; Separators Level: Single Stage / Work wavelength: 1480/1550 nm; Separators Level: Single Stage; Signal; above parameters do not contain connect headers] | ≤0.9 dB |
| Insert Loss (Signal) [Work wavelength: 980/1550 nm; Separators class: Dual Stage / Work wavelength: 1480/1550 nm; Separators class: Dual Stage; Signal; above parameters do not contain connect headers] | ≤1.0 dB |
| PMD [Work wavelength: 980/1550 nm; Separators Level: Single Stage / Work wavelength: 1480/1550 nm; Separators Level: Single Stage; above parameters do not contain connect headers] | ≤0.25 dB |
| PMD [Work wavelength: 980/1550 nm; Separators class: Dual Stage / Work wavelength: 1480/1550 nm; Separators class: Dual Stage; above parameters do not contain connect headers] | ≤0.05 dB |
| Pumping wavelength range [Work wavelength: 980/1550 nm; Separators class: Single Stage / Work wavelength: 980/1550 nm; Separators class: Dual Stage; above parameters do not contain connect headers] | 965~1000 nm |
| Pumping wavelength range [Worklength: 1480/1550 nm; Separators Level: Single Stage / Work wavelength: 1480/1550 nm; Separators Level: Dual Stage; above parameters do not contain connect headers] | 1450~1490 nm |
| Insert loss (pump-pump channel) [Work wavelength: 980/1550 nm; Separators class: Single Stage / Work wavelength: 980/1550 nm; Separators class: Dual Stage; Pumping Pouse Channel; above parameters do not contain connective headers] | ≤0.6 dB |
| Insert loss (pump-pump channel) [Worklength: 1480/1550 nm; Separators level: Single Stage / Worklength: 1480/1550 nm; Separators level: Dual Stage; Pumping Pocket Channel; above parameters do not contain connector head] | ≤0.5 dB |
| Fiber Type [Work wavelength: 980/1550 nm; Separators Level: Single Stage / Work wavelength: 980/1550 nm; Separators Level: Dual Stage; Pass port; above parameters do not contain connect headers] | SMF-28e for pass port |
| Fiber Type [Work wavelength: 980/1550 nm; Separators class: Single Stage / Work wavelength: 980/1550 nm; Separators class: Dual Stage; COM&Pump Port; above parameters do not contain connector headers] | Hi1060 for COM&Pump Port |
| Fiber Type [Worklength: 1480/1550 nm; Separators Level: Single Stage / Work wavelength: 1480/1550 nm; Separators Level: Dual Stage; above parameters do not contain connect headers] | SMF-28e |
Applications
Key Features
Datasheet
Please provide your email to download the datasheet.
Invalid email format. Please try again.
Supplier Information
Related Products
-
1x3 Raman WDM Wavelength-Division Multiplexing (WDM) Oe-photonics
Wavelength Range: 1450/1550/1660 Insertion Loss: ≤1.4 dB Polarization Dependent Loss: ≤0.2 dB
OE Photonics' Raman WDM uses dielectric thin-film filtering to increase capacity by transmitting multiple channels at distinct wavelengths over 1260nm-1620nm on one fiber. A receiver-side demultiplexer separates wavelengths for different equipment. The range meets ITU-I G.695 and is widely used in fiber-sensing systems.
-
CWDM device package Wavelength-Division Multiplexing (WDM) Oe-photonics
Wavelength: 1260~1620 nm Channel Spacing: 20 nm Channel bandwidth: λc±6.0~λc±7.5
OE Photonics' CWDM uses dielectric thin-film filtering to increase capacity by transmitting multiple channels at distinct wavelengths over 1270nm-1610nm on one fiber. A receiver-side demultiplexer separates wavelengths for different equipment. The range meets ITU-I G.695. Applications include CATV, metro networks, and single-fiber bidirectional systems.
-
CWDM module package Wavelength-Division Multiplexing (WDM) Oe-photonics
Operating Wavelength: 1260~1650 nm Channel Spacing: 20 nm Channel bandwidth: λc±6.0~λc±7.5
OE Photonics' CWDM is a low-cost WDM technology for metro access networks. A transmitter-side optical multiplexer combines channels at distinct wavelengths over 1270nm-1610nm on one fiber to increase capacity. A receiver-side demultiplexer separates wavelengths for different equipment. Operating wavelengths meet ITU-T requirements, with good optical performance and reliability. Applications include CATV, metro networks, and single-fiber bidirectional systems.
-
DWDM device package Wavelength-Division Multiplexing (WDM) Oe-photonics
Operating Wavelength: 1527.21~1563.04 nm Channel Spacing [Original table left column]: 100 Ghz Channel Spacing [Original table right column]: 200 Ghz
OE Photonics' DWDM is a low-cost WDM technology for metro access networks. A transmitter-side optical multiplexer combines channels at distinct wavelengths over 1527.21nm~1563.04nm on one fiber to increase capacity. A receiver-side demultiplexer separates wavelengths for different equipment. Operating wavelengths meet ITU-T requirements, with good optical performance and reliability. Applications include CATV, metro networks, and single-fiber bidirectional systems.
-
DWDM module package Wavelength-Division Multiplexing (WDM) Oe-photonics
Operating Wavelength: 1527.21~1563.04 nm Channel Spacing [Original table λ-count 2/4/8 column]: 100 Ghz Channel Spacing [Original table λ-count 16/32 column]: 200 Ghz
OE Photonics' DWDM is a low-cost WDM technology for metro access networks. A transmitter-side optical multiplexer combines channels at distinct wavelengths over 1527.21nm~1563.04nm on one fiber to increase capacity. A receiver-side demultiplexer separates wavelengths for different equipment. Operating wavelengths meet ITU-T requirements, with good optical performance and reliability. Applications include CATV, metro networks, and single-fiber bidirectional systems.
Related Articles
Fomoptic delivers integrated one‑stop optical solutions covering precision optical fabrication and custom vacuum coating services. Supported by complete processing production lines, comprehensive metrology equipment and experienced engineering team, we provide full‑chain customized components, ranging from blank shaping, ultra‑precision polishing to thin‑film coating, for laser systems, infrared imaging, industrial optics and scientific‑research projects.
A solid-state laser is one of the most common and reliable laser types used in modern industry, medical equipment, and scientific research. Unlike gas or fiber lasers, it uses solid materials as its gain medium to generate stable, high-brightness laser beams. Thanks to its high precision, long lifespan, and compact structure, solid-state lasers have become a mainstream solution for high-precision laser processing and optical systems.
In photonics and laser technology, devices that manipulate optical signals via the electro-optic effect form the backbone of precision optical systems. Electro-optic phase modulators and electro-optic deflectors are two prominent examples of this device category. As a critical hardware solution for high-speed, high-accuracy laser beam direction control, electro-optic deflectors are widely deployed across industrial and research settings. Below is a detailed overview of their core structure, key performance drivers, and primary use cases.
In UV laser testing, UV spectroscopy and lithography optical experiments, excessive light intensity will lead to detector saturation, optical component damage and overexposed imaging.
Loading...
Name
Phone
Organization
Use Case
Database Platform