Acousto-Optic Modulators - G&H

19 Acousto-Optic Modulators from G&H meet your specification.
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  • Manufacturer : G&H
Description: 1030 nm to 1064 nm, Acousto-Optic Modulator for Industrial Applications
Acousto-Optic Material:
Quartz Crystal
Fiber Type:
Free Space
Optical Wavelength:
1030 to 1064 nm
Center Frequency:
40.68 MHz
Diffraction Efficiency:
0.85
Separation Angle:
7.6 mrad
RF Power:
20 W
Rise Time:
113 ns
Active Aperture:
2.5 mm
more info
Description: 470 nm - 690 nm, TEO2 Acousto-Optic Modulator
Acousto-Optic Material:
Tellurium Dioxide (TeO2)
Fiber Type:
Free Space
Optical Wavelength:
470 to 690 nm
Center Frequency:
100 MHz
Acoustic Velocity:
4.2 mm / µsec
Diffraction Efficiency:
0.85
Separation Angle:
11.2 to 16.4 mrad
Bragg Angle:
5.6 to 8.2 mrad
RF Power:
0.4 to 1.1 W
Rise Time:
159 ns
Active Aperture:
2.5 x 1.5 mm
more info
Description: For use in the 870–1250 nm wavelength range, at an operating frequency of 200 MHz
Acousto-Optic Material:
Tellurium Dioxide (TeO2)
Fiber Type:
Free Space
Optical Wavelength:
1060 nm
Center Frequency:
200 MHz
Acoustic Velocity:
4.2 mm / µsec
Separation Angle:
50.4 mrad
Bragg Angle:
25.2 mrad
RF Power:
2.5 W
Rise Time:
10 to 12 ns
Active Aperture:
0.1 x 1 mm
more info
Description: For use at 5.5 µm wavelength, ideal for extracavity modulation or power control of high power CO lasers.
Acousto-Optic Material:
Germanium
Fiber Type:
Free Space
Optical Wavelength:
5500 nm
Center Frequency:
40.68 MHz
Diffraction Efficiency:
0.9
Separation Angle:
41 mrad
RF Power:
50 W
Rise Time:
120 ns
Active Aperture:
9.6 mm
more info
Description: An acousto-optic modulator for use in the 1030-1064 nm wavelength range
Acousto-Optic Material:
Quartz Crystal
Fiber Type:
Free Space
Optical Wavelength:
1030 to 1064 nm
Center Frequency:
80 MHz
Diffraction Efficiency:
0.85
Separation Angle:
14.9 mrad
RF Power:
15 W
Rise Time:
113 ns
Active Aperture:
2.0 mm
more info
Description: For use in the 470–690 nm wavelength range, at an operating frequency of 200 MHz
Acousto-Optic Material:
Tellurium Dioxide (TeO2)
Fiber Type:
Free Space
Optical Wavelength:
470 to 690 nm
Center Frequency:
200 MHz
Acoustic Velocity:
4.2 mm / µsec
Diffraction Efficiency:
0.85
Separation Angle:
22.4 to 32.8 mrad
Bragg Angle:
11.2 to 16.4 mrad
RF Power:
0.4 to 1.1 W
Rise Time:
159 ns
Active Aperture:
1.5 x 2.5 mm
more info
Description: For use in the 442–488 nm wavelength range, at an operating frequency of 200 MHz
Acousto-Optic Material:
Tellurium Dioxide (TeO2)
Fiber Type:
Free Space
Optical Wavelength:
515 to 633 nm
Center Frequency:
200 MHz
Modulation Bandwidth:
15 to 52 MHz@0.06mm/ 8 to 40 MHz@0.08 mm/ 4 to 31 ...
Acoustic Velocity:
4.2 mm / µsec
Separation Angle:
24.6 to 30.2 mrad
Bragg Angle:
12.3 to 15.1 mrad
RF Power:
0.7 to 1.0 W
Rise Time:
14 to 23 ns
Active Aperture:
2.5 x 0.32 mm
more info
Description: For use in the 440–850 nm wavelength range, at an operating frequency of 80 MHz
Acousto-Optic Material:
Tellurium Dioxide (TeO2)
Fiber Type:
Free Space
Optical Wavelength:
442 to 633 nm
Center Frequency:
80 MHz
Acoustic Velocity:
4.2 mm / µsec
Separation Angle:
8.4 to 12 mrad
Bragg Angle:
4.2 to 6 mrad
RF Power:
0.27 to 0.55 W
Rise Time:
34 to 80 ns
Active Aperture:
2.5 x 1 mm
more info
Description: For use in the 440–850 nm wavelength range, at an operating frequency of 110 MHz
Acousto-Optic Material:
Tellurium Dioxide (TeO2)
Fiber Type:
Free Space
Optical Wavelength:
442 to 633 nm
Center Frequency:
110 MHz
Modulation Bandwidth:
20 to 28 MHz/ 10 to 24 MHz/ 5 to 15.8 MHz/ 1 to 6....
Acoustic Velocity:
4.2 mm / µsec
Separation Angle:
11.6 to 16.6 mrad
Bragg Angle:
5.8 to 8.3 mrad
RF Power:
0.29 to 0.65 W
Rise Time:
25 to 86 ns
Active Aperture:
2.5 x 0.6 mm
more info
Description: Dual Frequency Germanium AOM for High-Power, 9.4µm Applications
Acousto-Optic Material:
Germanium
Fiber Type:
Free Space
Optical Wavelength:
9400 nm
Center Frequency:
40 to 60 MHz
Diffraction Efficiency:
0.9
RF Power:
120 W
Rise Time:
120 ns
Active Aperture:
9.6 mm
more info
Description: For use at the wavelength of 257 nm, at an operating frequency of 200 MHz
Acousto-Optic Material:
Quartz Crystal
Fiber Type:
Free Space
Optical Wavelength:
257 nm
Center Frequency:
200 MHz
Acoustic Velocity:
5.74 mm / µsec
Diffraction Efficiency:
0.75
Separation Angle:
9 mrad
Bragg Angle:
4.5 mrad
RF Power:
1 W
Rise Time:
10 ns
Active Aperture:
2.5 x 2.5 mm
more info
Description: For use in the 415–900 nm wavelength range, at an operating frequency of 80 MHz
Acousto-Optic Material:
Tellurium Dioxide (TeO2)
Fiber Type:
Free Space
Optical Wavelength:
515 to 633 nm
Center Frequency:
80 MHz
Modulation Bandwidth:
20 MHz@0.125nm/12 MHz@0.2nm/ 6 MHz@0.4nm
Acoustic Velocity:
4.2 mm / µsec
Separation Angle:
9.8 to 12 mrad
Bragg Angle:
4.9 to 6 mrad
RF Power:
0.65 to 1.0 W
Rise Time:
23 to 65 ns
Active Aperture:
2.5 x 2 mm
more info
Description: For use in the 780–850 nm wavelength range, at an operating frequency of 200 MHz
Acousto-Optic Material:
Tellurium Dioxide (TeO2)
Fiber Type:
Free Space
Optical Wavelength:
830 nm
Center Frequency:
200 MHz
Modulation Bandwidth:
21 MHz
Acoustic Velocity:
4.2 mm / µsec
Diffraction Efficiency:
0.7
Separation Angle:
39.6 mrad
Bragg Angle:
19.8 mrad
RF Power:
2.0 W
Rise Time:
29 ns
Active Aperture:
2.5 x 0.32 mm
more info
Description: For use in the 780–850 nm wavelength range, at an operating frequency of 80 MHz
Acousto-Optic Material:
Tellurium Dioxide (TeO2)
Fiber Type:
Free Space
Optical Wavelength:
830 nm
Center Frequency:
80 MHz
Modulation Bandwidth:
15 to 15.9 MHz/ 10 to 12.65 MHz/ 1 to 6.3 MHz
Acoustic Velocity:
4.2 mm / µsec
Separation Angle:
15.8 mrad
Bragg Angle:
7.9 mrad
RF Power:
1 W
Rise Time:
34 to 80 ns
Active Aperture:
2.5 x 1 mm
more info
Description: 9.4/10.6 µm Germanium Acousto-Optic Modulator for High-Power Applications
Acousto-Optic Material:
Germanium
Fiber Type:
Free Space
Optical Wavelength:
9400 to 10600 nm
Center Frequency:
40.68 MHz
Diffraction Efficiency:
0.9
Separation Angle:
69.5 to 78.4 mrad
RF Power:
120 W
Rise Time:
120 ns
Active Aperture:
11.6 mm
more info
1 - 15 of 19 Acousto-Optic Modulators
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