Optical Components Beam attenuation

Diamond X-ray Filters

Attenuates an X-ray beam and conducts absorbed heat to its mount.

Diamond X-ray Filters, representative image
Representative image

Good to know

  • Filter thickness changes the attenuation spectrum.
  • Metal coatings can tailor energy-dependent absorption.
  • Mounting and cooling must account for the absorbed beam power.

Specifications

What we define for diamond x-ray filters, with units and how each is typically measured. We confirm values for your application in technical review.

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Dimensions & tolerances

ParameterUnitTypical test method
Thickness and tolerance (bulk or layer)mmMicrometer or optical gauge
Lateral size, outline or diameter, and tolerancemmOptical measurement
Thickness uniformity (total thickness variation)µmThickness mapping or interferometry
Flatness or surface figure, and bowµm or fringesInterferometry (633 nm) or profilometry
Edge condition and chip limitMicroscopy inspection to drawing

Surface & finish

ParameterUnitTypical test method
Surface roughness per sidenm RaProfilometry or AFM

Optical performance

ParameterUnitTypical test method
Radiation type, energy range and beam sizekeVPer application brief
Transmittance over operating band or photon-energy range%FTIR or UV–Vis spectrophotometry
Coating construction and thicknessnmSpectrophotometry, XRF or cross-section

Integration & packaging

ParameterUnitTypical test method
Heat load or beam powerWApplication thermal analysis
Mounting interface, host fit and attachmentPer drawing
Operating temperature limit°CPer application brief
Packaging, cleanliness and labellingPer drawing
Certificate of conformance and traceabilitySupplier declaration

Where it is used

Requirement to review

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