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1310nm Single Mode DFB Laser Diode, 24.5mW

  • 1310nm DFB Butterfly Package Image
  • 1310nm DFB Butterfly Package Narrow Linewidth Spectrum
  • 1310nm DFB Butterfly Package Optical Output
  • 1310nm DFB Butterfly Package Pinout

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Key Features
  • Designed for Long Reach Analog Communications Systems and CATV
  • DFB Laser / Single Frequency / Single Mode / Proprietary Monolithic Design without External Cavity
  • Tunable by Either Temperature or Current
  • Single Mode Fiber, FC/APC Connector

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MODEL RLS/EP1310-ADF
PRICE Request Price
Optical Specifications
  • Center Wavelength: 1310 nm
  • Wavelength Tolerance: +/- 5 nm
  • CW Output Power (typical): 24.5 mW
  • SMSR (typical): 40 dB
  • Temperature Tuning Coefficient (typical): 0.1 nm/°C
  • Current Tuning Coefficient (typical): 12 pm/mA
  • Slope Efficiency (typical): 0.35 mW/mA
  • Relative Intensity Noise (40 - 1000 MHz): max -155 dB/Hz
Electrical Specifications
  • Operating Current: 80 mA
  • Forward voltage: < 2.5 Volts
  • Threshold Current (typical): 9 mA
  • TEC Current: < 1.2 Amps
Laser Diode Package / Fiber Pigtail / Connector
  • Butterfly Package
  • Integrated TEC & 10K Thermistor
  • Integrated Optical Isolator
  • FC/APC Fiber Optic Connector

Product Overview:

1310nm DFB Single Mode / Single Frequency Laser Diode, 24.5mW

Eblana's DFB laser is built using discrete-mode (DM) technology, delivering a cost-effective laser diode with mode-hop free tuneability, excellent SMSR, and narrow linewidth.

Eblana's 1310nm ADF series laser is a high performance single wavelength source, available in a 14-pin butterfly package with PM fibre pigtail. The frequency response and linearity of this laser makes it an excellent choice for CATV systems, GSM/CDMA repeater, and optical sensing.

Each laser module is supplied with a full set of characterization data.

Important Notes on Operating Laser Diodes:

Electrical Operation: Operating a laser diode above the maximum ratings shown on the data sheet even for very short periods of time can damage the laser diode or reduce its lifetime. They should be electrically biased with a "laser diode driver" class current supply with low electrical noise and protection against voltage and current surges. Laser diodes are very sensitive to electrostatic discharge (ESD). Proper ESD precautions must be taken.

Mounting and Temperature Control: In order to maintain the lifetime of a laser diode, proper heat management is essential. Due to the design of the laser diode, heat is typically dissipated only through the base plate of the diode‘s package. A proper heat conducting interconnection between the diodes base plate and the heat sink must be maintained. Some devices require the use of a thermo-electric temperature controller (TEC controller) to remove the heat from the laser and stabilize the temperature.

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