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1 - 12 of 18 Products for '532 fiber coupled' Page 1 of 2 |
Related Categories: Obis | Ir Laser | Pointing Stability | 532 Nm Laser | 488 Nm

532 fiber coupled

Bio Photonics - OBIS Galaxy

Bio Photonics - OBIS Galaxy

…glass element. The light is then coupled into the output fiber that terminates in an FC/APC connector to enable simple connection into an experiment or instrument. The laser inputs span the visible spectrum and include legacy wavelengths such as 488, 514 and 532 nm, as well as the relatively new…

Advances in Diode Lasers and OPSLs

Advances in Diode Lasers and OPSLs

…harmonic generation · Excellent beam and mode quality · High power stability & low noise · No "green problem" · No thermal lensing · Fiber coupling with high efficiency · High reliability & lifetime due to semiconductor design · Modulation capability: directly up to 100 kHz Optically…

Bio Photonics - November 2014

Bio Photonics - November 2014

…glass element. The light is then coupled into the output fiber that terminates in an FC/APC connector to enable simple connection into an experiment or instrument. The laser inputs span the visible spectrum and include legacy wavelengths such as 488, 514 and 532 nm, as well as the relatively new…

Bio Photonics - OBIS Galaxy

Bio Photonics - OBIS Galaxy

…glass element. The light is then coupled into the output fiber that terminates in an FC/APC connector to enable simple connection into an experiment or instrument. The laser inputs span the visible spectrum and include legacy wavelengths such as 488, 514 and 532 nm, as well as the relatively new…

Bio Photonics - November 2014

Bio Photonics - November 2014

…glass element. The light is then coupled into the output fiber that terminates in an FC/APC connector to enable simple connection into an experiment or instrument. The laser inputs span the visible spectrum and include legacy wavelengths such as 488, 514 and 532 nm, as well as the relatively new…

Bio Photonics - OBIS Galaxy

Bio Photonics - OBIS Galaxy

…glass element. The light is then coupled into the output fiber that terminates in an FC/APC connector to enable simple connection into an experiment or instrument. The laser inputs span the visible spectrum and include legacy wavelengths such as 488, 514 and 532 nm, as well as the relatively new…

Bio Photonics - November 2014

Bio Photonics - November 2014

…glass element. The light is then coupled into the output fiber that terminates in an FC/APC connector to enable simple connection into an experiment or instrument. The laser inputs span the visible spectrum and include legacy wavelengths such as 488, 514 and 532 nm, as well as the relatively new…

Advances in Diode Lasers and OPSLs

Advances in Diode Lasers and OPSLs

…harmonic generation · Excellent beam and mode quality · High power stability & low noise · No "green problem" · No thermal lensing · Fiber coupling with high efficiency · High reliability & lifetime due to semiconductor design · Modulation capability: directly up to 100 kHz Optically…

Advances in Diode Lasers and OPSLs

Advances in Diode Lasers and OPSLs

…harmonic generation · Excellent beam and mode quality · High power stability & low noise · No "green problem" · No thermal lensing · Fiber coupling with high efficiency · High reliability & lifetime due to semiconductor design · Modulation capability: directly up to 100 kHz Optically…

Advances in Diode Lasers and OPSLs

Advances in Diode Lasers and OPSLs

…harmonic generation · Excellent beam and mode quality · High power stability & low noise · No "green problem" · No thermal lensing · Fiber coupling with high efficiency · High reliability & lifetime due to semiconductor design · Modulation capability: directly up to 100 kHz Optically…

Advances in Diode Lasers and OPSLs

Advances in Diode Lasers and OPSLs

…harmonic generation · Excellent beam and mode quality · High power stability & low noise · No "green problem" · No thermal lensing · Fiber coupling with high efficiency · High reliability & lifetime due to semiconductor design · Modulation capability: directly up to 100 kHz Optically…

Advances in Diode Lasers and OPSLs

Advances in Diode Lasers and OPSLs

…harmonic generation · Excellent beam and mode quality · High power stability & low noise · No "green problem" · No thermal lensing · Fiber coupling with high efficiency · High reliability & lifetime due to semiconductor design · Modulation capability: directly up to 100 kHz Optically…

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