QuarzKristallMikrowaage

QuarzKristallM... is a quartz-based crystalline material developed as a proprietary variant of SiO2 quartz to improve frequency stability and environmental tolerance in electronic resonators.

Its composition remains primarily silicon dioxide, but the crystal lattice is engineered through controlled growth and surface treatment to reduce aging and to tailor cut orientation for specific resonant modes. It employs conventional AT-cut or BT-cut geometries used in quartz crystals for oscillators.

Key properties include high mechanical quality factor, low phase noise, and improved temperature stability relative to standard quartz crystals under controlled conditions.

Manufacturing involves standard quartz crystal processing supplemented by proprietary steps such as optimized hydrothermal growth, defect engineering, and protective coatings.

Applications include precision timing devices, frequency references for RF and telecom, and specialized sensors; development status is ongoing with several pilot programs in industry.

See also quartz crystal oscillator, piezoelectric effect.