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Tunable Semiconductor Lasers

Optochip's OC2XX Series tunable laser is a DBR laser with a semiconductor optical amplifier (SOA). Its wavelength can be tuned continuously a tuned to ITU channel grids. injection current to SOA can be used to level the power over the tuning range of applications, as well as to produce pulse.

Specifications

Center Wavelegth: 1550 nm
Tuning Range: 1540 – 1550 nm
Sweep Speed: 10000 nm/sec
Power: 10 dBm
Optochip's OC3XX Series tunable laser module is a SSG-DBR (Super-Structure Grating Distributed Bragg Reflector) laser with an integrated SOA (Semiconductor optical amplifier). Its wavelength can be tuned continuously and flexibly over C-band, and can be tuned to C band ITU channels grid. The module contains two grating sections ...

Specifications

Center Wavelegth: 1550 nm
Tuning Range: 1528 – 1568 nm
Sweep Speed: 1800 nm/sec
Power: 10 dBm
Low-noise tunable laser for sensing and scientific applications. 10kHz typical linewidth and 38nm tuning range (optional up to 60nm). 13.5dBm output power (optional up to 17dBm). With optional features such as Frequency Modulation, Amplitude Modulation, ADC input, DAC output, Clean Sweep, Clean Jump, etc.  

Specifications

Center Wavelegth: 1527 nm
Tuning Range: 38 – 60 nm
Sweep Speed: 0.1 nm/sec
Power: 17 dBm
Tuning Range: 38 - 60 nm
The ROF -DML -XX series of analog broadband direct-tuning transmitters use a highly linear microwave direct- coupled DFB laser (DML), a fully transparent operating mode without RF drive amplifiers and integrated automatic power control (APC) and automatic temperature control (ATC) circuit to ensures that the laser can transmit up to ...

Specifications

Center Wavelegth: 1524 nm
Tuning Range: 1524 – 1620 nm
Sweep Speed: Not Specified
Power: Not Specified
Our wavelength tunable lasers use our proprietary transposed Littman-type external resonator structure to completely separate the ASE from the output optical axis without sacrificing optical output intensity, achieving both high output intensity and high spectral purity (ASE-free). In addition, the Littman configuration, which is a ...

Specifications

Center Wavelegth: 950 nm
Tuning Range: 920 – 1010 nm
Sweep Speed: 30 nm/sec
Power: 17 dBm
SMSR: 80 dB
Our wavelength tunable lasers use our proprietary transposed Littman-type external resonator structure to completely separate the ASE from the output optical axis without sacrificing optical output intensity, achieving both high output intensity and high spectral purity (ASE-free). In addition, the Littman configuration, which is a ...

Specifications

Center Wavelegth: 1040 nm
Tuning Range: 980 – 1090 nm
Sweep Speed: 30 nm/sec
Power: 17 dBm
SMSR: 80 dB
High Scanning Rate ASE-Free Tunable Diode Laser

Specifications

Center Wavelegth: 1580 nm
Tuning Range: 1500 – 1650 nm
Sweep Speed: 600 nm/sec
Power: 13 dBm
SMSR: 80 dB
Demanding Mid-IR spectroscopy applications such as nanoscale and microscale chemical imaging benefit greatly from rapid, high-SNR data acquisition. However, until now, Mid-IR laser sources required compromises in beam quality and wavelength fidelity to achieve high scan speeds. With the introduction of the new MIRcat-QT, you can now ...

Specifications

Center Wavelegth: 9450 nm
Tuning Range: 6500 – 12400 nm
Sweep Speed: 31.5 nm/sec
Power: 27 dBm
Molecular spectroscopy applications benefit from rapid, high Signal-to-Noise Ratio data acquisition. This demands fastscan mid-IR lasers delivering high-quality light. Until now, high tuning speed has come with compromises. The new Hedgehog from DRS Daylight Solutions changes this. For the first time, fast tuning and high-fidelity ...

Specifications

Center Wavelegth: 4000 nm
Tuning Range: 3952.57 – 4048.58 nm
Sweep Speed: Not Specified
Power: 21.76 dBm
Molecular spectroscopy applications benefit from rapid, high Signal-to-Noise Ratio data acquisition. This demands fastscan mid-IR lasers delivering high-quality light. Until now, high tuning speed has come with compromises. The new Hedgehog from DRS Daylight Solutions changes this. For the first time, fast tuning and high-fidelity ...

Specifications

Center Wavelegth: 4000 nm
Tuning Range: 3448.28 – 4761.9 nm
Sweep Speed: Not Specified
Power: 27 dBm
Molecular spectroscopy applications benefit from rapid, high Signal-to-Noise Ratio data acquisition. This demands fastscan mid-IR lasers delivering high-quality light. Until now, high tuning speed has come with compromises. The new Hedgehog from DRS Daylight Solutions changes this. For the first time, fast tuning and high-fidelity ...

Specifications

Center Wavelegth: 4000 nm
Tuning Range: 3703.7 – 4347.83 nm
Sweep Speed: Not Specified
Power: 27 dBm
There are 11 different Tunable Semiconductor Lasers from suppliers and manufacturers listed in this category. In just a few clicks you can compare different Tunable Semiconductor Lasers with each other and get an accurate quote based on your needs and specifications. Please note that the prices of Tunable Semiconductor Lasers vary significantly for different products based on various factors including technical parameters, features, brand name, etc. Please contact suppliers directly to inquire about the details and accurate pricing information for any product model. Simply navigate to the product page of interest and use the orange button to directly reach out to the respective supplier with one click.

Did You know?

Tunable diode lasers stand out for their ability to adjust wavelengths, making them invaluable across various sectors. Their tunability allows for precise interactions in spectroscopy, enabling accurate measurements of chemical compositions and environmental pollutants by targeting specific absorption lines. In telecommunications, these lasers enhance fiber optic communications through dynamic wavelength selection, improving data transmission rates and reducing channel crosstalk. This adaptability is also crucial in medical diagnostics and treatments, where they enable non-invasive procedures tailored to individual patient needs. The underlying technology involves sophisticated mechanisms like temperature tuning and external cavity designs, offering precision and flexibility. As advancements continue, the potential applications of tunable diode lasers are expanding, promising even greater contributions to scientific research, industrial processes, and healthcare advancements, highlighting their growing significance in modern technology.