Spec
Modulators & Fixed Frequency Shifters
| Model | Description |
|---|---|
MQ200-A1,5-244.266.Br | ．Material: Fused silica ．Wavelength nm: 244-266 ．Aperture mmxmm: 1.5 x 2 ．Freq (Shift) MHz: 200 ．Polarisation: Linear ．Rise Time ns: 60 ．Modul. BW MHz (AM): 8 ．Diffraction Efficiency (%)*: 85 ．Associated RF drivers: MODAxx |
| MQ200-A1,5-266.300 | ．Material: Fused silica ．Wavelength nm: 266-300 ．Aperture mmxmm: 1.5 x 2 ．Freq (Shift) MHz: 200 ．Polarisation: Linear ．Rise Time ns: 60 ．Modul. BW MHz (AM): 8 ．Diffraction Efficiency (%)*: 85 ．Associated RF drivers: MODAxx |
| MQ180-A0,2-266.300 | ．Material: Fused silica ．Wavelength nm: 266-300 ．Aperture mmxmm: 0.2 x 1 ．Freq (Shift) MHz: 180 ．Polarisation: Linear ．Rise Time ns: 10 ．Modul. BW MHz (AM): 48 ．Diffraction Efficiency (%)*: 85 ．Associated RF drivers: MODAxx |
| MQ180-A0,2-UV | ．Material: Fused silica ．Wavelength nm: 325-425 ．Aperture mmxmm: 0.2 x 1 ．Freq (Shift) MHz: 180 ．Polarisation: Linear ．Rise Time ns: 10 ．Modul. BW MHz (AM): 48 ．Diffraction Efficiency (%)*: 80 ．Associated RF drivers: MODAxx |
| MQ110-A3-UV | ．Material: Fused silica ．Wavelength nm: 325-425 ．Aperture mmxmm: 3 x 3 ．Freq (Shift) MHz: 110 ．Polarisation: Linear ．Rise Time ns: 50 ．Modul. BW MHz (AM): 10 ．Diffraction Efficiency (%)*: 90 ．Associated RF drivers: MODAxx |
| MQ240-A0,2-UV | ．Material: Fused silica ．Wavelength nm: 325-425 ．Aperture mmxmm: 0.2 x 1 ．Freq (Shift) MHz: 240 ．Polarisation: Linear ．Rise Time ns: 6 ．Modul. BW MHz (AM): 80 ．Diffraction Efficiency (%)*: 70 ．Associated RF drivers: MODAxx |
| MQ180-A0,25-VIS | ．Material: Fused silica ．Wavelength nm: 440-650 ．Aperture mmxmm: 0.25 x 1 ．Freq (Shift) MHz: 180 ．Polarisation: Linear ．Rise Time ns: 10 ．Modul. BW MHz (AM): 48 ．Diffraction Efficiency (%)*: 70 ．Associated RF drivers: MODAxx |
| MCQ110-A2-VIS | ．Material: Quartz ．Wavelength nm: 488-633 ．Aperture mmxmm: 2 x 2 ．Freq (Shift) MHz: 110 ．Polarisation: Linear ．Rise Time ns: 50 ．Modul. BW MHz (AM): 8 ．Diffraction Efficiency (%)*: 85 ．Associated RF drivers: MODAxx |
| MT350-A0.12-VIS | ．Material: TeO2 ．Wavelength nm: 450-700 ．Aperture mmxmm: 0.12 x 1 ．Freq (Shift) MHz: 350 ．Polarisation: Linear ．Rise Time ns: 5 ．Modul. BW MHz (AM): 96 ．Diffraction Efficiency (%)*: 80 ．Associated RF drivers: MODAxx |
| MT250-A0.5-VIS | ．Material: TeO2 ．Wavelength nm: 450-700 ．Aperture mmxmm: 0.5 x 2 ．Freq (Shift) MHz: 250 ．Polarisation: Linear ．Rise Time ns: 6 ．Modul. BW MHz (AM): 80 ．Diffraction Efficiency (%)*: 85 ．Associated RF drivers: MODAxx |
| MT200-A0.5-VIS | ．Material: TeO2 ．Wavelength nm: 450-700 ．Aperture mmxmm: 0.5 x 2 ．Freq (Shift) MHz: 200 ．Polarisation: Linear ．Rise Time ns: 8 ．Modul. BW MHz (AM): 60 ．Diffraction Efficiency (%)*: 85 ．Associated RF drivers: MODAxx |
| MT110-A1-VIS | ．Material: TeO2 ．Wavelength nm: 450-700 ．Aperture mmxmm: 1 x 2 ．Freq (Shift) MHz: 110 ．Polarisation: Linear ．Rise Time ns: 15 ．Modul. BW MHz (AM): 32 ．Diffraction Efficiency (%)*: 85 ．Associated RF drivers: MODAxx |
| MT110-A1.5-VIS | ．Material: TeO2 ．Wavelength nm: 450-700 ．Aperture mmxmm: 1,5 x 2 ．Freq (Shift) MHz: 110 ．Polarisation: Linear ．Rise Time ns: 50 ．Modul. BW MHz (AM): 9 ．Diffraction Efficiency (%)*: 85 ．Associated RF drivers: MODAxx |
| MT80-A1-VIS | ．Material: TeO2 ．Wavelength nm: 450-700 ．Aperture mmxmm: 1 x 2 ．Freq (Shift) MHz: 80 ．Polarisation: Linear ．Rise Time ns: 23 ．Modul. BW MHz (AM): 21 ．Diffraction Efficiency (%)*: 85 ．Associated RF drivers: MODAxx |
| MT80-A1.5-VIS | ．Material: TeO2 ．Wavelength nm: 450-700 ．Aperture mmxmm: 1,5 x 2 ．Freq (Shift) MHz: 80 ．Polarisation: Linear ．Rise Time ns: 50 ．Modul. BW MHz (AM): 9 ．Diffraction Efficiency (%)*: 85 ．Associated RF drivers: MODAxx |
| MTS110-A3-VIS | ．Material: TeO2 ．Wavelength nm: 458-633 ．Aperture mmxmm: 3 x 3 ．Freq (Shift) MHz: 110 ．Polarisation: Linear ．Rise Time ns: 1000 ．Modul. BW MHz (AM): 0.4 ．Diffraction Efficiency (%)*: 85 ．Associated RF drivers: MODAxx |
| MTS40-A2-532.700-M002 | ．Material: TeO2 ．Wavelength nm: 532-700 ．Aperture mmxmm: 2 x 2 ．Freq (Shift) MHz: 40 ．Polarisation: Linear ．Rise Time ns: 1000 ．Modul. BW MHz (AM): 0.4 ．Diffraction Efficiency (%)*: 85 ．Associated RF drivers: MODAxx |
| MTS40-A3-750.850 | ．Material: TeO2 ．Wavelength nm: 750-850 ．Aperture mmxmm: 3 x 3 ．Freq (Shift) MHz: 40 ．Polarisation: Linear ．Rise Time ns: 1000 ．Modul. BW MHz (AM): 0.4 ．Diffraction Efficiency (%)*: 85 ．Associated RF drivers: MODAxx |
| MT110-B50A1.5-IR-Hk | ．Material: TeO2 ．Wavelength nm: 690-1064 ．Aperture mmxmm: 1,5 x 2 ．Freq (Shift) MHz: 110 +/- 25 ．Polarisation: Linear ．Rise Time ns: 50 ．Modul. BW MHz (AM): 9 ．Diffraction Efficiency (%)*: 80 ．Associated RF drivers: MPDSnC-xx |
| MT110-B69A1.5-680.1300-Lfv-Hk | ．Material: TeO2 ．Wavelength nm: 680-1300 ．Aperture mmxmm: 1,5 x 2 ．Freq (Shift) MHz: 110 +/- 34.5 ．Polarisation: Linear ．Rise Time ns: 50 ．Modul. BW MHz (AM): 9 ．Diffraction Efficiency (%)*: 80 ．Associated RF drivers: MPDSnC-xx |
| MT350-A0.12-800 | ．Material: TeO2 ．Wavelength nm: 700-950 (1100) ．Aperture mmxmm: 0.12 x 1 ．Freq (Shift) MHz: 350 ．Polarisation: Linear ．Rise Time ns: 5 ．Modul. BW MHz (AM): 96 ．Diffraction Efficiency (%)*: 80 ．Associated RF drivers: MODAxx |
| MT250-A0.5-VIS | ．Material: TeO2 ．Wavelength nm: 700-950 (1100) ．Aperture mmxmm: 0.5 x 2 ．Freq (Shift) MHz: 250 ．Polarisation: Linear ．Rise Time ns: 6 ．Modul. BW MHz (AM): 80 ．Diffraction Efficiency (%)*: 80 ．Associated RF drivers: MODAxx |
| MT200-A0.5-800 | ．Material: TeO2 ．Wavelength nm: 700-950 (1100) ．Aperture mmxmm: 0.5 x 2 ．Freq (Shift) MHz: 200 ．Polarisation: Linear ．Rise Time ns: 8 ．Modul. BW MHz (AM): 60 ．Diffraction Efficiency (%)*: 85 ．Associated RF drivers: MODAxx |
| MT110-A1-IR | ．Material: TeO2 ．Wavelength nm: 700-950 (1100) ．Aperture mmxmm: 1 x 2 ．Freq (Shift) MHz: 110 ．Polarisation: Linear ．Rise Time ns: 15 ．Modul. BW MHz (AM): 32 ．Diffraction Efficiency (%)*: 85 ．Associated RF drivers: MODAxx |
| MT110-A1.5-IR | ．Material: TeO2 ．Wavelength nm: 700-950 (1100) ．Aperture mmxmm: 1,5 x 2 ．Freq (Shift) MHz: 110 ．Polarisation: Linear ．Rise Time ns: 50 ．Modul. BW MHz (AM): 9 ．Diffraction Efficiency (%)*: 85 ．Associated RF drivers: MODAxx |
| MT80-A1-IR | ．Material: TeO2 ．Wavelength nm: 700-950 (1100) ．Aperture mmxmm: 1 x 2 ．Freq (Shift) MHz: 80 ．Polarisation: Linear ．Rise Time ns: 23 ．Modul. BW MHz (AM): 21 ．Diffraction Efficiency (%)*: 85 ．Associated RF drivers: MODAxx |
| MT80-A1.5-IR | ．Material: TeO2 ．Wavelength nm: 700-950 (1100) ．Aperture mmxmm: 1,5 x 2 ．Freq (Shift) MHz: 80 ．Polarisation: Linear ．Rise Time ns: 50 ．Modul. BW MHz (AM): 9 ．Diffraction Efficiency (%)*: 85 ．Associated RF drivers: MODAxx |
| MT200-A0.5-1064 | ．Material: TeO2 ．Wavelength nm: 980-1100 ．Aperture mmxmm: 0.4 x 2 ．Freq (Shift) MHz: 200 ．Polarisation: Linear ．Rise Time ns: 8 ．Modul. BW MHz (AM): 60 ．Diffraction Efficiency (%)*: 80 ．Associated RF drivers: MODAxx |
| MT200-A0.2-1064 | ．Material: TeO2 ．Wavelength nm: 980-1100 ．Aperture mmxmm: 0.2 x 1 ．Freq (Shift) MHz: 200 ．Polarisation: Linear ．Rise Time ns: 8 ．Modul. BW MHz (AM): 60 ．Diffraction Efficiency (%)*: 80 ．Associated RF drivers: MODAxx |
| MT110-A1-1064 | ．Material: TeO2 ．Wavelength nm: 980-1100 ．Aperture mmxmm: 1 x 2 ．Freq (Shift) MHz: 110 ．Polarisation: Linear ．Rise Time ns: 15 ．Modul. BW MHz (AM): 32 ．Diffraction Efficiency (%)*: 85 ．Associated RF drivers: MODAxx |
| MT80-A1-1064 | ．Material: TeO2 ．Wavelength nm: 980-1100 ．Aperture mmxmm: 1 x 2 ．Freq (Shift) MHz: 80 ．Polarisation: Linear ．Rise Time ns: 23 ．Modul. BW MHz (AM): 21 ．Diffraction Efficiency (%)*: 85 ．Associated RF drivers: MODAxx |
| MT80-A1.5-1064 | ．Material: TeO2 ．Wavelength nm: 980-1100 ．Aperture mmxmm: 1,5 x 2 ．Freq (Shift) MHz: 80 ．Polarisation: Linear ．Rise Time ns: 50 ．Modul. BW MHz (AM): 9 ．Diffraction Efficiency (%)*: 85 ．Associated RF drivers: MODAxx |
| MQ80-A0.7-L1030.1064-Z20 | ．Material: SiO2 ．Wavelength nm: 1030-1080 ．Aperture mmxmm: 0.7 x 1 ．Freq (Shift) MHz: 80 ．Polarisation: Linear ．Rise Time ns: 120 ．Modul. BW MHz (AM): 14 ．Diffraction Efficiency (%)*: 85 ．Associated RF drivers: MODAxx, QMODP0xx |
| MQ40-A3-L1064-W | ．Material: SiO2 ．Wavelength nm: 1030-1080 ．Aperture mmxmm: 3 x 3 ．Freq (Shift) MHz: 40 ．Polarisation: Linear ．Rise Time ns: 120 ．Modul. BW MHz (AM): 4 ．Diffraction Efficiency (%)*: 85 ．Associated RF drivers: MODAxx, QMODP1xx |
| MCQ40-A1.5-L1064-Z32-Cxxx | ．Material: Quartz ．Wavelength nm: 1030-1080 ．Aperture mmxmm: 1.5 x 1.5 ．Freq (Shift) MHz: 40 ．Polarisation: Linear ．Rise Time ns: 80 ．Modul. BW MHz (AM): 6 ．Diffraction Efficiency (%)*: 85 ．Associated RF drivers: MODAxx, QMODP0xx |
| MCQ80-A2-L1064-Z32-Cxxx | ．Material: Quartz ．Wavelength nm: 1030-1080 ．Aperture mmxmm: 2 x 2 ．Freq (Shift) MHz: 80 ．Polarisation: Linear ．Rise Time ns: 80 ．Modul. BW MHz (AM): 6 ．Diffraction Efficiency (%)*: 85 ．Associated RF drivers: MODAxx, QMODP0xx |
| MGAS40-A1 | ．Material: Doped Glass ．Wavelength nm: 1300-1600 ．Aperture mmxmm: 1 x 2 ．Freq (Shift) MHz: 40 ．Polarisation: Random ．Rise Time ns: 50 ．Modul. BW MHz (AM): 10 ．Diffraction Efficiency (%)*: 85 ．Associated RF drivers: MODAxx |
| MGAS80-A1 | ．Material: Doped Glass ．Wavelength nm: 1300-1600 ．Aperture mmxmm: 1 x 2 ．Freq (Shift) MHz: 80 ．Polarisation: Random ．Rise Time ns: 50 ．Modul. BW MHz (AM): 10 ．Diffraction Efficiency (%)*: 85 ．Associated RF drivers: MODAxx |
| MGAS110-A1 | ．Material: Doped Glass ．Wavelength nm: 1300-1600 ．Aperture mmxmm: 1 x 2 ．Freq (Shift) MHz: 110 ．Polarisation: Random ．Rise Time ns: 25 ．Modul. BW MHz (AM): 20 ．Diffraction Efficiency (%)*: 85 ．Associated RF drivers: MODAxx |
| MT80-A0,7-1300.1600 | ．Material: TeO2 ．Wavelength nm: 1300-1600 ．Aperture mmxmm: 0.7 x 3 ．Freq (Shift) MHz: 80 ．Polarisation: Linear ．Rise Time ns: 80 ．Modul. BW MHz (AM): 6 ．Diffraction Efficiency (%)*: 65 ．Associated RF drivers: MODAxx |
| MT80-A0,4-2000 | ．Material: TeO2 ．Wavelength nm: 1900-2100 ．Aperture mmxmm: 0.4 x 1 ．Freq (Shift) MHz: 80 ．Polarisation: Linear ．Rise Time ns: 25 ．Modul. BW MHz (AM): 20 ．Diffraction Efficiency (%)*: 65 ．Associated RF drivers: MODAxx |
| MG40-A6-9300 | ．Material: Germanium ．Wavelength nm: 9300 ．Aperture mmxmm: 6 x 10 ．Freq (Shift) MHz: 40 ．Polarisation: Linear ．Rise Time ns: 120 ．Modul. BW MHz (AM): 4 ．Diffraction Efficiency (%)*: 75 ．Associated RF drivers: MODAxx, QMODP1xx |
| MG40-A8-9300 | ．Material: Germanium ．Wavelength nm: 9300 ．Aperture mmxmm: 8 x 10 ．Freq (Shift) MHz: 40 ．Polarisation: Linear ．Rise Time ns: 120 ．Modul. BW MHz (AM): 4 ．Diffraction Efficiency (%)*: 75 ．Associated RF drivers: MODAxx, QMODP1xx |
| MG40-A6-10600 | ．Material: Germanium ．Wavelength nm: 10600 ．Aperture mmxmm: 6 x 10 ．Freq (Shift) MHz: 40 ．Polarisation: Linear ．Rise Time ns: 120 ．Modul. BW MHz (AM): 4 ．Diffraction Efficiency (%)*: 75 ．Associated RF drivers: MODAxx, QMODP1xx |
| MG40-A8-10600 | ．Material: Germanium ．Wavelength nm: 10600 ．Aperture mmxmm: 8 x 10 ．Freq (Shift) MHz: 40 ．Polarisation: Linear ．Rise Time ns: 120 ．Modul. BW MHz (AM): 4 ．Diffraction Efficiency (%)*: 75 ．Associated RF drivers: MODAxx, QMODP1xx |
