VA210-.55-1.0 AOTF成像系统
Brimrose Corporation of Americahas introduced a new series of Acousto-Optic Tunable Filter (AOTF) Camera/Telescope Video Adapters. This Adapter is designed for visible and NIR spectra imaging. VA-210 has Nikon >50 mmSRL objective lenses in front of the AOTF. The AOTF imaging system with Brimrose Synthesizer Electronics provides narrow bandwidth, rapid wavelength selection, and intensity control. The designed wavelength ranges depend on the camera lens and Brimrose’s AOTF devices. The high spatial resolution of the AOTF Camera system will be up to 1280×960 pixels at 586nm.
| Specifications | VA210-.55-1.0 |
| Device Type | Image Quality AOTF (aperture size 10 x 10 mm) |
| Wavelength range | 550-1000*nm |
| Spectral Resolution | 2 – 6 nm |
| Spatial Resolution | >100 line pairs/ mm @ 586 nm (up to 1280×960 pixels) |
| Working Distance | Based on Objective Lens |
| Field of View | 1.5 – 6.5 deg max. with Tamron Zoom Lens 70-300 mm lens and 5.7 – 13 deg max. with Tamron Zoom Lens 28-80 mm lens. |
| Connection with Camera | C – Mount or F-Mount ** |
| Connection with Front Objective Lens | C – mount with a F – mount adapter |
| CCD Camera Sensing Area | 1/2” or 2/3” *** (Camera Provided by customer) |
| Driving Power | ~2 Watts |
| RF Connector | SMA |
| Drive Frequency | 92-185 MHz |
| Weight | 1 kg |
| Dimensions | 177 x 70 x 60 mm |
SPF
| Model | VFI-138.5-93-SPF-B2-C2- SYN-TRI-SDK |
| Frequency Range (MHz) | 92 – 185 MHz |
| Frequency Step Size (Hz) | 10 Hz |
| Frequency Accuracy (%, 15 – 75°C) | 0.01 |
| Frequency Switching Speed (ns) | 8 |
| Minimum Duration of Each Step (ns) | ~30 |
| Phase Noise | < -45 dBc/Hz @ 1 KHz in 1 Hz bandwidth |
| Output Power (W) | ~ 2 W * |
| External Modulation | TTL compatible, 0-5V, 330Ω Input Impedance |
| Power Control | 12 bit attenuator with 25 dB range (minimum) |
| Output Impedance (W) | 50 |
| Output Connector | SMA |
| Option SYN | Synchronization Output |
| Option TRI | Trigger Input (TTL level) |
| Option SDK | Software Development Kit (SDK) as DLL |