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Equilateral Prisms are used routinely as dispersing elements where spectral separation is required. They provide better brightness (lower stray light) than diffraction gratings. They also have greater power handling capabilities and avoid possible confusion when trying to interpret overlapping spectral orders. It must be remembered ...
  • Material: SF10
  • Wavelength Range: 400 - 2400 nm
  • Dimension (A): 60 mm
  • Dimension (B): 60 mm
  • Dimension (C): 60 mm
  • ...
Data Sheet
Equilateral Prisms are used routinely as dispersing elements where spectral separation is required. They provide better brightness (lower stray light) than diffraction gratings. They also have greater power handling capabilities and avoid possible confusion when trying to interpret overlapping spectral orders. It must be remembered ...
  • Material: SF10
  • Wavelength Range: 400 - 2400 nm
  • Dimension (A): 30 mm
  • Dimension (B): 30 mm
  • Dimension (C): 30 mm
  • ...
Data Sheet
Equilateral Prisms are used routinely as dispersing elements where spectral separation is required. They provide better brightness (lower stray light) than diffraction gratings. They also have greater power handling capabilities and avoid possible confusion when trying to interpret overlapping spectral orders. It must be remembered ...
  • Material: N-BK7
  • Wavelength Range: 330 - 2100 nm
  • Dimension (A): 60 mm
  • Dimension (B): 60 mm
  • Dimension (C): 60 mm
  • ...
Data Sheet
Equilateral Prisms are used routinely as dispersing elements where spectral separation is required. They provide better brightness (lower stray light) than diffraction gratings. They also have greater power handling capabilities and avoid possible confusion when trying to interpret overlapping spectral orders. It must be remembered ...
  • Material: N-BK7
  • Wavelength Range: 330 - 2100 nm
  • Dimension (A): 40 mm
  • Dimension (B): 40 mm
  • Dimension (C): 40 mm
  • ...
Data Sheet
Equilateral Prisms are used routinely as dispersing elements where spectral separation is required. They provide better brightness (lower stray light) than diffraction gratings. They also have greater power handling capabilities and avoid possible confusion when trying to interpret overlapping spectral orders. It must be remembered ...
  • Material: N-BK7
  • Wavelength Range: 330 - 2100 nm
  • Dimension (A): 30 mm
  • Dimension (B): 30 mm
  • Dimension (C): 30 mm
  • ...
Data Sheet
Equilateral Prisms are used routinely as dispersing elements where spectral separation is required. They provide better brightness (lower stray light) than diffraction gratings. They also have greater power handling capabilities and avoid possible confusion when trying to interpret overlapping spectral orders. It must be remembered ...
  • Material: N-BK7, F2, SF10
  • Wavelength Range: 330 - 2100 nm
  • Dimension (A): 25 mm
  • Dimension (B): 25 mm
  • Dimension (C): 25 mm
  • ...
Data Sheet
Equilateral Prisms are used routinely as dispersing elements where spectral separation is required. They provide better brightness (lower stray light) than diffraction gratings. They also have greater power handling capabilities and avoid possible confusion when trying to interpret overlapping spectral orders. It must be remembered ...
  • Material: N-BK7, F2, SF10
  • Wavelength Range: 330 - 2100 nm
  • Dimension (A): 20 mm
  • Dimension (B): 20 mm
  • Dimension (C): 20 mm
  • ...
Data Sheet
Equilateral Prisms are used routinely as dispersing elements where spectral separation is required. They provide better brightness (lower stray light) than diffraction gratings. They also have greater power handling capabilities and avoid possible confusion when trying to interpret overlapping spectral orders. It must be remembered ...
  • Material: N-BK7, F2, SF10
  • Wavelength Range: 330 - 2100 nm
  • Dimension (A): 60 mm
  • Dimension (B): 60 mm
  • Dimension (C): 60 mm
  • ...
Data Sheet
Equilateral Prisms are used routinely as dispersing elements where spectral separation is required. They provide better brightness (lower stray light) than diffraction gratings. They also have greater power handling capabilities and avoid possible confusion when trying to interpret overlapping spectral orders. It must be remembered ...
  • Material: SF10, F2, N-BK7
  • Wavelength Range: 330 - 2100 nm
  • Dimension (A): 30 mm
  • Dimension (B): 30 mm
  • Dimension (C): 30 mm
  • ...
Data Sheet