FB Laser

FB-S1550-20SOT148

KEY FEAUTURES
Output power

20

Wavelength

1550

Package type

TO-Can (9mm) or C-mount

226,00 $

Specification Symbol Typical Unit
Laser Emitter
Peak Wavelength lop 1550±30 nm
CW Optical Output Power Pop 20 mW
Operation Current Iop <120 mA
Operation Voltage Uld 1±0.3 V
Threshold Current Ith <45 mA
Beam Divergence (FWHM) θ║ 8±2 degree
Beam Divergence (FWHM) θ┴ 40±2 degree
Spectrum Half-Width (FWHM) Dl <5 nm
Emitting Area Wxd 5×1 µmxµm
Wavelength Temperature Coefficient ∆λ/∆T 6.0±0.5 Å/degree
Operation Power Temperature Coefficient ∆P/∆T 0.2±0.05 mW/degree
Mode Structure SM TE00
Operation Temperature Top 25 degree
Operation Temperature Range -40… +50 degree
Storage Temperature Range -40… +80 degree
Operation Mode CW Pulse Continuous Wave Pulse, τ>5 ns
Photo Diode Monitor
Monitor Current 1-1000 µA
PD Reverse Voltage <5 V

Note: To guarantee reliable operation of laser diode SOT-148 package must be mounted onto copper carrier with TEC (Peltier element) keeping constant temperature.

Drawings:

The FB-S1550-20SOT148 Singlemode Laser Diode stands out as a pinnacle of precision and reliability, tailored for applications requiring meticulous optical performance. Operating at a wavelength of 1550 nm with an output power of 20 mW, this laser diode is specifically designed for use in telecommunications, optical sensing, and scientific instrumentation where high coherence and stability are paramount.

Encased in a robust SOT148 package, the FB-S1550-20SOT148 ensures durability and ease of integration into various optical systems. Its singlemode operation guarantees a narrow linewidth and excellent beam quality, crucial for maintaining signal fidelity and achieving accurate measurements in applications like fiber optic communications and high-resolution spectroscopy.

Engineered for long-term reliability, the FB-S1550-20SOT148 incorporates advanced thermal management solutions to sustain optimal performance over extended periods of operation. This ensures consistent output power and minimizes wavelength drift, critical for maintaining system performance in challenging environments.

Designed for efficiency, the FB-S1550-20SOT148 features a low threshold current and high slope efficiency, contributing to energy savings and operational cost reduction. Whether used in research laboratories or deployed in telecommunications networks, this diode offers dependable performance and precision, meeting the rigorous demands of modern optical applications.

Engineers, researchers, and technicians seeking cutting-edge laser technology can rely on the FB-S1550-20SOT148 Singlemode Laser Diode to enhance their projects. By integrating this diode, you ensure superior optical performance and reliability, facilitating advancements in communications and scientific research. Choose the FB-S1550-20SOT148 for its exceptional quality and precision, empowering your innovations in the realm of optical technology.

We can ship to you both based on FCA Moscow or FCA Hong Kong as per your request 

The warranty term on our products is 12 month.

Specification Symbol Typical Unit
Laser Emitter
Peak Wavelength lop 1550±30 nm
CW Optical Output Power Pop 20 mW
Operation Current Iop <120 mA
Operation Voltage Uld 1±0.3 V
Threshold Current Ith <45 mA
Beam Divergence (FWHM) θ║ 8±2 degree
Beam Divergence (FWHM) θ┴ 40±2 degree
Spectrum Half-Width (FWHM) Dl <5 nm
Emitting Area Wxd 5×1 µmxµm
Wavelength Temperature Coefficient ∆λ/∆T 6.0±0.5 Å/degree
Operation Power Temperature Coefficient ∆P/∆T 0.2±0.05 mW/degree
Mode Structure SM TE00
Operation Temperature Top 25 degree
Operation Temperature Range -40… +50 degree
Storage Temperature Range -40… +80 degree
Operation Mode CW Pulse Continuous Wave Pulse, τ>5 ns
Photo Diode Monitor
Monitor Current 1-1000 µA
PD Reverse Voltage <5 V

Note: To guarantee reliable operation of laser diode SOT-148 package must be mounted onto copper carrier with TEC (Peltier element) keeping constant temperature.

Drawings:

The FB-S1550-20SOT148 Singlemode Laser Diode stands out as a pinnacle of precision and reliability, tailored for applications requiring meticulous optical performance. Operating at a wavelength of 1550 nm with an output power of 20 mW, this laser diode is specifically designed for use in telecommunications, optical sensing, and scientific instrumentation where high coherence and stability are paramount.

Encased in a robust SOT148 package, the FB-S1550-20SOT148 ensures durability and ease of integration into various optical systems. Its singlemode operation guarantees a narrow linewidth and excellent beam quality, crucial for maintaining signal fidelity and achieving accurate measurements in applications like fiber optic communications and high-resolution spectroscopy.

Engineered for long-term reliability, the FB-S1550-20SOT148 incorporates advanced thermal management solutions to sustain optimal performance over extended periods of operation. This ensures consistent output power and minimizes wavelength drift, critical for maintaining system performance in challenging environments.

Designed for efficiency, the FB-S1550-20SOT148 features a low threshold current and high slope efficiency, contributing to energy savings and operational cost reduction. Whether used in research laboratories or deployed in telecommunications networks, this diode offers dependable performance and precision, meeting the rigorous demands of modern optical applications.

Engineers, researchers, and technicians seeking cutting-edge laser technology can rely on the FB-S1550-20SOT148 Singlemode Laser Diode to enhance their projects. By integrating this diode, you ensure superior optical performance and reliability, facilitating advancements in communications and scientific research. Choose the FB-S1550-20SOT148 for its exceptional quality and precision, empowering your innovations in the realm of optical technology.

We can ship to you both based on FCA Moscow or FCA Hong Kong as per your request

The warranty term on our products is 12 month.

Do you have any questions?

Fill out the application and we will call you back within 5 minutes

Прокрутить вверх