Laser Diode FB-M1600-1000HO

DATA SHEET

Specification

Symbol

Typical

Unit

Laser Emitter

Peak Wavelength

lop

1600±20

nm

CW Optical Output Power

Pop

1

W

Operation Current

Iop

<3,5

A

Operation Voltage

Uld

1,2±0.1

V

Threshold Current

Ith

< 0.6

A

Beam Divergence (FWHM)

θ║

15±3

degree

Beam Divergence (FWHM)

θ┴

1

degree

Spectrum Half-Width (FWHM)

Dl

<10

nm

Emitting Area

Wxd

100×1

µmxµm

Operation Mode

CW

continuous

–

Operation Temperature

Top

25

degree

Photo Diode Monitor

PD Monitor Current

1-1000

µA

PD Reverse Voltage

9

V

TEC

Maximum Current

5

A

Maximum Operation Voltage

3,8

V

Thermistor

Resistance

10

kilohm

Wavelength Temperature Coefficient

∆λ/∆T

6.5±0.5

Å/degree

Operation Temperature Range

-20… +40

degree

Storage Temperature Range

-40… +80

degree

Output window on the top of HHL (optional)

1-TEC (-) 2- 3- 4- Laser Anode(+) 5- Thermistor (2) 6- Thermistor (1) 7- Laser Cathode (-) 8- PD Anode (+) 9- PD Cathode (-) 10- TEC (+) Output window of 0.5 mm inthickness

Output window on the front side of HHL (by default)

1- TEC (-) 2- 3- 4- Laser Anode(+) 5- Thermistor (2) 6- Thermistor (1) 7- Laser Cathode (-) 8- PD Anode (+) 9- PD Cathode (-) 10- TEC (+) Output window of 0.5 mm in thickness

Introducing the FB-M1600-1000HO, an advanced multimode laser diode from FB Laser that sets a new standard for high-power, high-performance applications. This diode operates at a wavelength of 1600 nm and provides a powerful 1000 mW of optical output, making it an ideal choice for demanding fields such as telecommunications, environmental sensing, and scientific research that require both high intensity and precision.

The FB-M1600-1000HO is equipped with a sophisticated thermal management system designed to ensure optimal performance and reliability even during prolonged high-power use. This advanced thermal control mechanism prevents overheating and maintains stability, which is critical for applications such as fiber optic networks and high-resolution imaging where consistent performance is essential. The diode’s robust design not only enhances its durability but also extends its operational lifespan, making it a reliable choice for continuous use in challenging environments.

A standout feature of the FB-M1600-1000HO is its exceptional beam quality, characterized by low noise and high coherence. This ensures that the diode delivers precise and repeatable results, crucial for applications demanding high accuracy and detail. The High Output (HO) configuration allows for seamless integration into a wide range of systems, providing engineers and researchers with the flexibility to adapt to various operational needs.

For those at the cutting edge of technology, the FB-M1600-1000HO offers an unparalleled combination of high output power, stability, and precision. This laser diode is a vital tool for advancing research and achieving superior performance in high-tech applications. Trust in FB Laser’s expertise with the FB-M1600-1000HO to deliver top-tier solutions that surpass industry standards and drive forward the future of laser technology.