Electronic Grade Diamond
Advances in CVD diamond growth have enabled the production of high purity single crystal diamond with carefully controlled and reproducible properties.
Electronic grade diamond combines high electrical resistivity, excellent charge transport properties, exceptional thermal conductivity and high resistance to radiation. This combination makes it particularly suitable for radiation detection, dosimetry and advanced electronic research.
Its wide bandgap and excellent thermal properties also make diamond a promising material for the development of high power, high frequency and high temperature electronic devices.
Typical Applications
- Radiation Detectors
- Particle Detectors
- X Ray and Gamma Ray Detection
- Radiotherapy Dosimetry
- High Energy Physics Research
- Beam Monitoring
- Electronic and Semiconductor Research
- High Power and High Frequency Electronics
- MEMS and Sensor Development
Our specialists will help you select the appropriate material grade, dimensions, crystal orientation and surface finish for your application.
Material Properties
- Boron Concentration [B] :<1 ppb
- Charge Collection Efficiency (CCE) :Typically >95%
- Charge Collection Distance (CCD) :Typically >475µm, @0.5 V µ/m applied field, for 500 µm plate
- Nitrogen Concentration :< 5 ppb
- Surface polish : Both side Ra<5nm
- Face Orientation : 100
- Edge Orientation : 100/110
- Crystal orientation : +/- 3 degree off