FF01-484/561-25

484/561 nm BrightLine 双通带带通滤光片

  • 透过率Tavg > 90%, 473 – 495 nm & Tavg > 90%, 546 – 576 nm
  • 中心波长 484 nm & 561 nm; GMBW带宽 22 nm & 30 nm
  • 优化用于 Lumencor CELESTA light engine; 445 nm & 518 nm 波长

Description

484/561 nm BrightLine 双通带带通滤光片

滤光片型号:FF01-484/561-25

Theoretical Spectrum for Part Number: FF01-484/561-25

FF01-484/561-25插图

FF01-484/561-25带通滤光片透过率曲线,Semrock

484/561 nm BrightLine 双通带带通滤光片,25 mm直径,3.5 mm厚度

采用Semrock单基板结构的单个多波段荧光带通滤光片。这些滤光片具有极高的透过率、陡峭且轮廓分明的边缘,以及通带之间的出色阻断。全薄膜硬质膜层结构,性能和可靠性十分优异。

滤光片参数:

Optical Specifications Value
Transmission Band 1 Tavg > 90% 473 – 495 nm
Transmission Band 2 Tavg > 90% 546 – 576 nm
Blocking Band 1    ODavg > 4 200 – 275 nm (Design specification – measurements are noise-floor limited).
Blocking Band 2 ODavg > 4 275 – 428 nm
Blocking Band 3    ODavg > 8 428 – 459 nm (Design specification – measurements are noise-floor limited)
Blocking Band 4 OD > 3.5 466.5 nm
Blocking Band 5 OD > 3.5 502 nm
Blocking Band 6    ODavg > 8 510 – 530 nm (Design specification – measurements are noise-floor limited)
Blocking Band 7 OD > 3.5 538.5 nm
Blocking Band 8 ODavg > 5 595 – 1080 nm
Blocking Band 9 ODavg > 2 1080 – 1100 nm
Center Wavelength 1 484 nm
Center Wavelength 2 561 nm
Guaranteed Minimum Bandwidth 1 22 nm
Guaranteed Minimum Bandwidth 2 30 nm
FWHM Bandwidth 1 (nominal) 25.9 nm
FWHM Bandwidth 2 (nominal) 38.9 nm
General Filter Specifications Value
Angle of Incidence 0 ± 5 degrees
Cone Half-angle 7 degrees
Optical Damage Rating Testing has proven to show no signs of degradation when exposed to at least 6.0 W of power from an unfiltered xenon arc lamp over a 25 mm diameter (corresponding to 1.2 W/cm2) for over 500 hours.
Physical Filter Specifications    Value
Transverse Dimensions (diameter) 25 mm
Transverse Tolerance + 0.0 / – 0.1 mm
Filter Thickness (mounted) 3.5 mm
Filter Thickness Tolerance (mounted) ± 0.1 mm
Clear Aperture ≥ 22 mm
Scratch-Dig 60-40
Filter Thickness (unmounted) 2.0 mm
Filter Thickness Tolerance (unmounted) ± 0.1 mm
Orientation Arrow on ring indicates preferred direction of propagation of light

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