BD separates the incident beam into two linearly polarized beams with orthogonal polarizing orientation.
BP gives linear polarizing light.
Application – microscopes, interferometers etc.
BD separates the incident beam into two linearly polarized beams with orthogonal polarizing orientation.
BP gives linear polarizing light.
Application – microscopes, interferometers etc.
Material | TeO2 |
---|---|
Extinction ratio | <1:100000 |
Power capability | 200 MWt/cm2 (1064nm, 12ns, 1Hz) |
Surface quality | S/D - 20/10 |
Flatness | ¼ lambda (633nm) |
Type BP3 – separation distance of the output beam is 3 mm for 633 nm
Type BP4 – separation distance of the output beam is 4 mm for 633 nm
Type BP5 – separation distance of the output beam is 5 mm for 633 nm
Type BP6 – separation distance of the output beam is 6 mm for 633 nm
Type BP7 – separation distance of the output beam is 7 mm for 633 nm
Type BD3 – separation distance of the output beam is 3 mm for 633 nm
Type BD4 – separation distance of the output beam is 4 mm for 633 nm
Type BD5 – separation distance of the output beam is 5 mm for 633 nm
Type BD6 – separation distance of the output beam is 6 mm for 633 nm
Type BD7 – separation distance of the output beam is 7 mm for 633 nm
Apertura AxB, mm | Length, L, mm | |
---|---|---|
BP3-3-46 | 3x3 | 46 |
BP4-4-61.5 | 4x4 | 61.5 |
BP5-5-76.5 | 5x5 | 76.5 |
BP6-6-92 | 6x6 | 92 |
BP7-7-107 | 7x7 | 107 |
Apertura AxB, mm | Length, L, mm | |
---|---|---|
BD3-7-46 | 3x7 | 46 |
BD4-9-61.5 | 4x9 | 61.5 |
BD5-11-76.5 | 5x11 | 76.5 |
BD6-13-92 | 6x13 | 92 |
BD7-15-107 | 7x15 | 107 |