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1550nm Narrow Line Width (100kHz) Laser Diode, 6.5mW

  • 1550nm DFB Laser Diode 100kHz Linewidth
  • 1550nm DFB Laser Diode 100kHz Linewidth Spectrum
  • 1550nm DFB Laser Diode 100kHz Linewidth LI Curve
  • 1550nm DFB Laser Diode Butterfly Pinout
  • 1550nm DFB Laser Diode Precision Driver

Request Quote   ships: . | item#: RLS/EP1550-NLW-100

Key Features
  • <100 kHz Optical Linewidth
  • Discrete-Mode (DM) Technology Platform Enables DFB-like Performance at a More Competitive Price
  • Monolithic Design Without External Cavity
  • Single Mode Fiber, FC/APC Connector (PMF available on request)
  • Ideal for Telecom and Sensing CH4 - Methane
  • Available Mounted and Calibrated in a DX-1 Low Noise Current & Temperature Controller (request details)

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MODEL RLS/EP1550-NLW-100
PRICE Request Price
Optical Specifications
  • Center Wavelength: 1550nm
  • Available Center Wavelengths: 1547nm - 1553nm
  • Wavelength Tolerance: +/- 1nm
  • CW Output Power (typical): 6.5 mW (out of fiber)
  • SMSR (typical): >50 dB
  • Optical Linewidth (typical): 100 kHz
  • Temperature Tuning Coefficient (typical): 0.10 nm/°C
  • Current Tuning Coefficient (typical): 3 pm/mA
  • Slope Efficiency (typical): 0.04 mW/mA
Electrical Specifications
  • Operating Current: 300 mA
  • Forward voltage: < 2.5 Volts
  • Threshold Current (typical): 35 mA
  • TEC Current: < 1.2 Amps
Laser Diode Package / Fiber Pigtail / Connector
  • Butterfly Package
  • Integrated TEC & 10K Thermistor
  • Integrated Dual Isolators
  • FC/APC Fiber Optic Connector (SMF or PMF)

Product Overview:

1550nm DFB Single Mode / Single Frequency Laser Diode, 8mW

Eblana's NLW series has become the industry standard in monolithic, ultra narrow linewidth laser diodes in the near infrared. Built on Eblana's Discrete Mode technology platform these lasers are the ultimate solution where the highest spectral purity must be delivered in the harshest environmental conditions.

Eblana's DFB laser is built using discrete-mode (DM) technology, these lasers are the ultimate solution where the highest spectral purity must be delivered in the harshest environmental conditions. These lasers deliver a cost-effective laser diode with mode-hop free tuneability, excellent SMSR, and ultra-narrow linewidth less than 100 kHz.

The EP1550-NLW laser diode is available in the 1547 - 1553 nm range, features an ultra-narrow linewidth making it ideal for coherent comms, metrology, and sensing applications. These devices are offered at 1550nm for tunable diode laser absorption spectroscopy specific to Methane ( CH4 ) detection.

1550nm for Telecom and LIDAR Applications

Eblana's EP1550-NLW 1550nm DM laser delivers reliable, mode-hop free, operation over a wide operating temperature range. These single longitudinal mode lasers are ideal for coherent comms and metrology applications, and for tunable diode laser absorption spectroscopy specific to CH4 detection. The ultra-narrow linewidth output improves application performance across a wide range of operating conditions, and at a very affordable price.

Available Preconfigured Driver Maximizes Cost Effectiveness

Eblana's proprietary DX-1 incorporates the butterfly laser module with an integrated current driver and TEC controller. Designed for ease of operation, it is the ideal platform for high stability gas detection or remote sensing. The driver module is compact, at 72.5 mm x 50 mm x 28 mm, to fit within your sensing system hardware and simplifies your design work considerably.

Features of the DX-1 Laser Diode Driver
    - Integrated driver and TEC controller
    - PM/SMF coupled with FC/APC
    - Built-in optical isolator
    - Powered by +5 V DC source

Proper Handling and Operation of Diode Lasers

Diode lasers are highly susceptible to damage from ESD and from temperatures exceeding their specified safe operating range. The user is advised to use care and proper ESD safety practices when handling them to avoid damage to the laser. A properly rated low noise current source, a low thermal resistance mount and a temperature controller should be used for optimal device performance and reliability.

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