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Photonics Source provides 543 products. Download datasheets, request quotes, and compare function, price, and availability.
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Infrared Laser Module
Wavelength (nm): 1085±2 Working Mode: CW Output Power (mW): ＞10, 20...300 Power Stability (ms, over 4 hours): ＜1%, ＜2%, ＜3% Transverse Mode: TEM00 -
1064nm High Power Laser
Wavelength (nm): 1064±1 Output Power (W): 1,2,3,4,5 Working Mode: CW Transverse Mode: TEM00 Beam Mode: Single -
1064nm CW Laser
Wavelength (nm): 1064 Output Power (mW): 20,100,300,400,500 Working Mode: CW Beam Mode: Transverse TEM00, Single-longitude Spectral Linewidth (nm): <10e-5 (≤50m) -
VD Series Laser
Wavelength (nm): 1064 Output Power (mW): 500,600,800,1000 Working Mode: CW Beam Mode Transverse: TEM00 Beam Mode Longitude: Single-longitude -
1064nm Fiber Laser
Wavelength (nm): 1064±1 Output Power (mW): 50-100 Operating Mode: CW Fiber Numerical Aperture: 0.10-0.12 Fiber Connector: FC -
1064nm Fiber Laser
Wavelength (nm): 1064±1 Output Power (mW): 1-50 Operating Mode: CW Fiber Numerical Aperture: 0.10-0.12 Fiber Connector: FC -
1064nm Laser Module
Wavelength (nm): 1064±10 Output Power (mW): >1, 2, 3, 40 Beam Mode: Near TEM00 Spectral Linewidth (nm): <0.06 (<0.03 optional) Beam Divergence (full angle, mrad): <1.0 -
1053nm CW Laser
Wavelength (nm): 1053±5 Working Mode: CW Output Power (mW): ＞1,2...8 Power Stability (4 hours): ＜1%,＜2%,＜3% Transverse Mode: TEM00 -
1053nm High-Power Laser
Wavelength (nm): 1053±1 Output Power (mW): 1000~2000 Working Mode: CW Transverse: TEM00 Power Stability (4 hours): <5%, <3% -
High-Power Laser Module
Wavelength (nm): 1049±1 Output Power (mW): 1-300 Beam Mode: TEM00 Working Mode: CW Power Stability (rms, over 4 hours): <3%, <2% -
High-Power Laser Module
Wavelength(nm): 1047±1 Output Power(mW): 800-1000 Beam Mode: TEM00 Working Mode: CW Power Stability (4 hours): <5%, <3% -
1047nm Laser Module
Wavelength (nm): 1047±1 Output Power (mW): 1-800 Beam Mode: TEM00 Working Mode: CW Power Stability (4 hours): <3%, <2% -
High-Power Laser Module
Wavelength (nm): 1047±1 Output Power (mW): 1000-2000 Beam Mode: TEM00 Working Mode: CW Power Stability (ms, over 4 hours): <5%, <3% -
High-Power Laser Module
Wavelength (nm): 1030±2 Working Mode: CW Output Power (mW): >300,500,500 Power Stability (over 4 hours): <5%,<3% Transverse: TEM00 -
1030nm CW Laser
Wavelength (nm): 1030±2 Working Mode: CW Output Power (mW): ＞10, ≤200 Power Stability (rms, over 4 hours): ＜5%, ＜3%, ＜2% Transverse Mode: TEM00 -
Polarization Maintaining 1550nm Fiber-Coupled Acousto-Optic Modulator (AOM Series)
Interaction Material: Tellurium dioxide Signal Wavelength (λc): 1550 Operating Wavelength Range: ±30 Frequency (MHz): 150 Max. Insertion Loss (dB): 3.5 -
Polarization Maintaining 1550nm Fiber-Coupled Acousto-Optic Modulator (AOM Series)
Interaction Material: Tellurium dioxide Signal Wavelength (nm): 1550 Operating Wavelength Range (nm): ±30 Frequency (MHz): 150 Max. Insertion Loss (dB): 3.5 -
Polarization Maintaining 1550nm Fiber-Coupled Acousto-Optic Modulator (AOM Series)
Interaction Material: Tellurium dioxide Signal Wavelength (λc): 1550 Operating Wavelength Range: ±30 Frequency (MHz): 150 Max. Insertion Loss (dB): 3.5 -
Polarization Maintaining 1550nm Fiber-Coupled Acousto-Optic Modulator (AOM Series)
Interaction Material: Tellurium dioxide Signal Wavelength (λc): 1550 Operating Wavelength Range: ±30 Frequency (MHz): 150 Max. Insertion Loss (dB): 3.5 -
Polarization Maintaining 1550nm Fiber-Coupled Acousto-Optic Modulator
Interaction Material: Tellurium dioxide Signal Wavelength (λc): 1550 Operating Wavelength Range: ±30 Frequency (MHz): 150 Max. Insertion Loss (dB): 3.5