- Laser beam deflection
- Intensity modulation
- Flat optical scan response1
- Optical frequency shifting
- Optical signal processing
- Multiple beam generation
- High optical power capability
- Excellent temperature stability & reliability
Customisation available – Please contact our sales team for more information.
1The Model ADM-40 incorporates an acoustic phased-array beam steering design which produces a relatively flat first order diffraction efficiency across the deflection bandwidth. A complete line of analog and digital OEM and laboratory drive electronics are available.
| Optical Wavelength Range | 440 to 700 nm |
| Acousto-Optic Material | Dense Flint Glass |
| Centre RF Frequency | 40 MHz |
| Deflection RF Bandwidth | 20 MHz |
| Optical Frequency Shift Range | ±(30 to 50) MHz |
| Beam Seperation | 6.5 mrad (633 nm) |
| Angular Deflection | 3.2 mrad (633 nm) |
| Diffraction Efficiency | 85% |
| Active Optical Aperture | 2 x 20 mm |
| Access Time | 252 ns / mm beam width |
| Time-Bandwidth Product | 100 (full aperture) |
| Intensity Modulation Bandwidth |
2.9 MHz (1.0 mm beam diameter) 4.5 MHz (0.65 mm beam diameter) |
| Optical Rise Time | 162 ns / mm optical beam width |
| Optical Polarisation | Any |
| Static Optical Insertion Loss | 2% (633 nm) |
| RF Drive Power | 2 Watts (nominal at 633 nm) |
| RF Impedance | 50 ohms (nominal) |
| RF Connector | BNC |
| Size (less connector) |
2.94 D x 0.88 H x 2.46 W inches 74.6 D x 22.4 H x 62.5 W mm |
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