1550nm DFB Pigtail Laser Diode Modules 2.5G me te 6-8MW

Overview of 1550nm DFB Pigtail Laser Diode Modules 2.5G with 6-8MW

Ko nga kōwae diode he huinga kei roto i nga diodes maha ka kohia kia kotahi, wae ngawari ki te whakauru. E whakamahia nuitia ana i roto i nga hiko hiko mo te whakatikatika (te huri AC ki DC), te tiaki iahiko mai i te ngaohiko teitei me te naianei whakamuri, me te maha atu o nga tono. Ko nga momo diodes kei roto i nga waahanga rereke, penei i nga diodes whakaora tere, Nga ngohe Schottky, etc., kia rite ki nga whakaritenga tono motuhake.

 

Features of 1550nm DFB Pigtail Laser Diode Modules 2.5G with 6-8MW

Te ti'aturiraa teitei: Ma te whakauru i nga diodes maha, ka whakaitihia te tupono o te korenga o te waahanga kotahi.

Hoahoa ngawari: Ma te whakamahi i nga waahanga ka taea te whakaiti i nga whakaritenga mokowhiti PCB me te whakangawari i te hoahoa ara iahiko.

Te kaha teitei: Ko etahi o nga waahanga diode e whakamahi ana i nga rawa me nga hangarau matatau hei whakarato i te heke ngaohiko whakamua me te pai ake.

He pai te tohanga wera: He maha nga waahanga kua hangaia me nga huarahi tohanga wera pai hei whakarite kia mau te mahi i raro i nga tikanga kaha.

He ngawari ki te whakauru me te pupuri: Ko nga kohinga paerewa ka ngawari ake te whakauru me te whakakapi.

(1550nm DFB Pigtail Laser Diode Modules 2.5G me te 6-8MW)

Specification of 1550nm DFB Pigtail Laser Diode Modules 2.5G with 6-8MW

The 1550nm DFB Pigtail Laser Diode Module 2.5G with 6-8mW output is designed for fiber optic communication systems. It operates at a wavelength of 1550nm, ideal for long-distance data transmission. The module uses a distributed feedback (DFB) laser structure, ensuring stable single-mode output with narrow linewidth. This makes it suitable for applications requiring high signal quality, such as telecom networks, CATV systems, and optical sensing.

The laser delivers an optical power of 6-8mW, optimized for reliability in continuous operation. It features a built-in thermoelectric cooler (TEC) to maintain temperature stability. This minimizes wavelength drift and ensures consistent performance across varying environmental conditions. The module supports data rates up to 2.5Gbps, compatible with standard communication protocols.

The device includes a single-mode fiber pigtail, pre-connected to simplify integration. Connector options include FC/APC or SC/APC, reducing installation time. Polarization-maintaining fiber is available for applications requiring precise polarization control. An internal monitor photodiode tracks output power, enabling real-time feedback for automatic power control (APC) circuits. This protects the laser from damage due to overcurrent or temperature fluctuations.

Electrical interfaces use industry-standard pins for easy connection to drive circuits. Operating voltage ranges from +5V to +12V DC, depending on configuration. The module operates within a temperature range of -10°C to +60°C, with storage conditions of -40°C to +85°C. It meets Telcordia GR-468-CORE standards for reliability, ensuring long-term operation in harsh environments.

Applications include fiber optic transceivers, test equipment, and dense wavelength-division multiplexing (DWDM) pūnaha. The compact design allows for integration into space-constrained setups. Custom wavelength options are available for specific network requirements. RoHS and CE certifications confirm compliance with environmental and safety regulations.

The module is tested for low relative intensity noise (RIN) and high side-mode suppression ratio (SMSR). These parameters ensure minimal signal distortion and high transmission clarity. Each unit undergoes rigorous quality checks, including burn-in testing, to verify performance under sustained load.

(1550nm DFB Pigtail Laser Diode Modules 2.5G me te 6-8MW)

Applications of 1550nm DFB Pigtail Laser Diode Modules 2.5G with 6-8MW

The 1550nm DFB pigtail laser diode module 2.5G with 6-8mW output is designed for high-performance applications requiring precise optical signals. This module uses distributed feedback (DFB) technology to produce a stable single-mode laser at 1550nm. This wavelength is ideal for fiber optic systems because it minimizes signal loss in silica fibers. The integrated pigtail design simplifies connection to optical networks, reducing setup complexity.

These modules are widely used in telecommunications. They support data transmission rates up to 2.5G, making them suitable for broadband networks and high-speed communication systems. The 6-8mW power range ensures sufficient signal strength for medium-distance fiber links without requiring additional amplification. Their low noise and high spectral purity help maintain signal integrity in dense wavelength-division multiplexing (DWDM) setups.

Fiber optic sensing systems benefit from these laser modules. The 1550nm wavelength is sensitive to environmental changes, enabling accurate detection in temperature, strain, or vibration monitoring. Applications include oil and gas pipeline monitoring, structural health assessment in civil engineering, and perimeter security systems. The stable output power ensures reliable performance in harsh or fluctuating conditions.

Test and measurement equipment relies on these modules for calibration and signal generation. Their consistent wavelength and power output make them useful in optical component testing, network troubleshooting, and laboratory research. The pigtail configuration allows direct integration with optical instruments, reducing alignment errors during testing.

Industrial laser systems use these modules for tasks requiring precise control. The narrow linewidth of DFB lasers supports coherent detection techniques, improving accuracy in LIDAR and free-space communication. The 6-8mW output balances safety and performance for applications like non-destructive testing or alignment tools.

Telecom network upgrades often incorporate these modules due to their compatibility with existing fiber infrastructure. They enable cost-effective transitions to higher data rates without replacing cables. The compact size and low power consumption make them suitable for space-constrained installations.

Medical devices use these lasers for diagnostic and therapeutic applications. The 1550nm wavelength is absorbed less by water, allowing deeper tissue penetration in imaging systems. Safety features and stable output align with medical equipment standards.

Military and aerospace systems prioritize these modules for secure communication and sensing. Their reliability in extreme temperatures and resistance to vibration meet stringent operational requirements. The 1550nm wavelength also offers eye-safe operation, reducing risks in field deployments.

Kōtaha Kamupene

Luoyang Datang Energy Tech Co.Ltd(sales@pddn.com) Ko tetahi o nga hinonga rangatira mo te hangarau hiko hiko me nga hua hiko, e tino whai waahi ana ki te whakawhanake i nga kaihurihuri ra， whakahurihuri, nga kaiwhakahaere ngaohiko, rūnanga tohatoha, thyristors， kōwae， ngohe， whakamahana, me etahi atu taputapu hiko, semiconductors ranei. Ka whakapau kaha matou ki te whakarato ki nga kaiwhakamahi te kounga teitei, hua pai me te ratonga whai whakaaro.

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5 FAQs of 1550nm DFB Pigtail Laser Diode Modules 2.5G with 6-8MW

These modules send data in fiber optic systems. They work best for telecom networks and high-speed internet. The 1550nm wavelength fits long-distance communication. It causes less signal loss in fiber cables. The output power stays between 6mW and 8mW. This range balances performance and energy use. The modules handle data rates up to 2.5Gbps. This speed suits most broadband and signal transmission needs.

The DFB design ensures stable single-mode operation. It reduces noise and signal distortion. This makes the laser reliable for precise tasks. The pigtail design simplifies installation. It connects directly to fiber cables without extra parts. This lowers setup time and potential errors.

Temperature changes affect laser performance. These modules include built-in thermal controls. The controls adjust the diode’s temperature automatically. This keeps output power steady in different environments. It prevents overheating or power drops. Users avoid manual adjustments during operation.

The 1550nm wavelength matches standard single-mode fibers. These fibers dominate telecom infrastructure. The wavelength also works with optical amplifiers. This compatibility extends signal reach. It supports networks spanning cities or countries.

Safety features protect the laser and users. The modules have surge protection and current limits. These prevent damage from power spikes. They meet international safety standards. Users handle them without special training. Maintenance needs are minimal. Regular checks ensure dust-free connectors and secure connections.

(1550nm DFB Pigtail Laser Diode Modules 2.5G me te 6-8MW)