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D2547P873 - Wavelength-Selected High-Power D2587P-Type (with Wavelength Locker)/D2547P-Type Isolated DFB Laser Modules

Download the D2547P873 datasheet PDF (D25 included). The manufacturer datasheet provides complete specifications, pinout details, electrical characteristics, and typical applications for wavelength-selected high-power d2587p-type (with wavelength locker)/d2547p-type isolated dfb laser modules.

Description

The D2587P-Type DFB laser module is designed for use with an external lithium niobate modulator and also in applications where high power (20 mW) is required.

Features

  • s High-performance, multiquantum-well (MQW), distributed-feedback (DFB) laser D2587P-Type is offered on 50 GHz ITU grid wavelengths ranging from 1528.77 nm.
  • 1610.06 nm D2547P-Type is offered on 100 GHz ITU grid wavelengths ranging from 1528.77 nm.
  • 1610.06 nm Polarization-maintaining fiber pigtail For use with lithium niobate modulators High optical power (20 mW, CW) Hermetic, 14-pin package s s s s s s Wavelength-Selected, High-Power D2587P-Type (with Wavelength Locker)/D254.

📥 Download Datasheet

Note: The manufacturer provides a single datasheet file (D25-47P.pdf) that lists specifications for multiple related part numbers.

Datasheet Details

Part number D2547P873
Manufacturer Agere Systems
File Size 122.81 KB
Description Wavelength-Selected High-Power D2587P-Type (with Wavelength Locker)/D2547P-Type Isolated DFB Laser Modules
Datasheet download datasheet D2547P873 Datasheet
Other Datasheets by Agere Systems

Full PDF Text Transcription

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Data Sheet, Rev. 2 July 2001 Wavelength-Selected High-Power D2587P-Type (with Wavelength Locker)/D2547P-Type Isolated DFB Laser Modules Applications s Telecommunications: — Dense WDM — SONET/SDH OC-192/STM-64 — Extended and ultralong reach — Undersea systems Digital video s Description The D2587P-Type DFB laser module is designed for use with an external lithium niobate modulator and also in applications where high power (20 mW) is required. The use of an internal wavelength locker greatly enhances long-term reliability and reduces chirp and mode dispersion when used in conjunction with LN modulators at OC-192 data rates.
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