Sensors & Quantum Components Quantum device substrates

Diamond Ion Traps

Diamond structures that carry electrodes to confine ions in vacuum.

Diamond Ion Traps, representative image
Representative image

Good to know

  • Electrode geometry defines the trapping structure.
  • Dimensional accuracy, dielectric behaviour and heat removal matter together.
  • Conductive coatings and their separation must follow the trap design.

Specifications

What we define for diamond ion traps, with units and how each is typically measured. We confirm values for your application in technical review.

Request the datasheetLook up a term in the glossary

Dimensions & tolerances

ParameterUnitTypical test method
Drawing dimensions and tolerancesmmCMM or optical measurement to drawing
Lateral size, outline or diameter, and tolerancemmOptical measurement
Thickness and tolerance (bulk or layer)mmMicrometer or optical gauge
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
Particle and surface cleanlinessSurface particle scanner

Metallization & joining

ParameterUnitTypical test method
Metallization or plating stack and thicknessnm per layerXRF or cross-section
Metal adhesionNPull or scratch test

Optical performance

ParameterUnitTypical test method
Coating construction and thicknessnmSpectrophotometry, XRF or cross-section

Electrical & electrochemical

ParameterUnitTypical test method
Electrode geometry, spacing and metallizationPer drawing
Dielectric constant and loss tangentResonant-cavity measurement

Integration & packaging

ParameterUnitTypical test method
Operating load, medium and environmentPer application brief
Certificate of conformance and traceabilitySupplier declaration

Where it is used

Requirement to review

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