Epidia Technologies - Technical Consulting

• Diamond has

  • wide band gap

  • high breakdown field

  • high electron and hole mobilities

  •  Suitable for high voltage, high temperature, high frequency electronics applications.

• Specific advice on the design and development of equipment for the production of PECVD diamond

• To provide expertise on Process Development for high quality Single Crystal diamond synthesis.

Epidia Technologies has worked with The Israel Center for Advanced Diamond Technologies (ICDAT) in producing single crystal diamonds for jewellery applications.

Diamond is known for its unmatched and unique properties like

• high hardness

• highest known thermal conductivity of all materials

• wide optical transparency from the UV to far IR

• low coefficient of thermal expansion

• low coefficient of friction as seen in ultrananocrystalline diamond

Epidia Technologies has worked with IBC Coatings ltd. to produce polycrystalline diamond for thermal applications.

We specialize in vacuum deposition (specifically PECVD) of diamond like carbon and silicon carbide.

We also focus on

• Surface Chemistry

• Materials Selection

• Process improvement

• scale-up

Equipment

• Equipment selection

• Design and Fabrication

• System modification and upgrades

• Vendor selection

• Schottky Diodes - Preferred rectification device in switching regulators, discharge protection in power electronics and rectifying circuits requiring high switching rate for use in radio frequency and microwave applications.

• MOSFETS - Complimentary MOSFETS would enable the use of CMOS circuit designs, which enable higher-speed operation and smaller gate drive requirements.

• Inverters - In the power domain efficient complimentary inverters are wanted for DC/AC conversion of renewable and stored energy sources.

• Thermal Heat Spreaders - High quality diamond heat conductors for disc lasers, femto-second lasers, UHF devices and power amplifiers.

• Quantum Sensing and Magnetometry - Utilizes the Nitrogen-Vacancy center in diamond as a sensing source. Exploits NV spin dynamics in oblique magnetic fields near the NV's excited state level anti-crossing to optically pump the nuclear spin into a quantum superposition state