CZOCHRALSKI PROCESS RESEARCH SINGLE CRYSTAL FLOAT ZONE MICRO-PULLING-DOWN BRIDGMAN CRUCIBLE SILICON GALLIUM ARSENIDE SEED CRYSTAL REMOVE IMPURITIES REDUCE CRYSTAL DEFORMATION DOPANT NON-CONTACT HEAT EDDY CURRENT HEATING GRAPHITE SUSCEPTOR SINGLE-CRYSTAL BOULE LEDs SOLAR PANEL WAFER FAB CZOCHRALSKI PROCESS RESEARCH SINGLE CRYSTAL FLOAT ZONE MICRO-PULLING-DOWN BRIDGMAN CRUCIBLE SILICON GALLIUM ARSENIDE SEED CRYSTAL REMOVE IMPURITIES REDUCE CRYSTAL DEFORMATION DOPANT NON-CONTACT HEAT EDDY CURRENT HEATING GRAPHITE SUSCEPTOR SINGLE-CRYSTAL BOULE LEDs SOLAR PANEL WAFER FAB CZOCHRALSKI PROCESS RESEARCH SINGLE CRYSTAL FLOAT ZONE MICRO-PULLING-DOWN BRIDGMAN CRUCIBLE SILICON GALLIUM ARSENIDE SEED CRYSTAL REMOVE IMPURITIES REDUCE CRYSTAL DEFORMATION DOPANT NON-CONTACT HEAT EDDY CURRENT HEATING GRAPHITE SUSCEPTOR SINGLE-CRYSTAL BOULE LEDs SOLAR PANEL WAFER FAB CZOCHRALSKI PROCESS RESEARCH SINGLE CRYSTAL FLOAT ZONE MICRO-PULLING-DOWN BRIDGMAN CRUCIBLE SILICON GALLIUM ARSENIDE SEED CRYSTAL REMOVE IMPURITIES REDUCE CRYSTAL DEFORMATION DOPANT NON-CONTACT HEAT EDDY CURRENT HEATING GRAPHITE SUSCEPTOR SINGLE-CRYSTAL BOULE LEDs SOLAR PANEL WAFER FAB CZOCHRALSKI PROCESS RESEARCH SINGLE CRYSTAL FLOAT ZONE MICRO-PULLING-DOWN BRIDGMAN CRUCIBLE SILICON GALLIUM ARSENIDE SEED CRYSTAL REMOVE IMPURITIES REDUCE CRYSTAL DEFORMATION DOPANT NON-CONTACT HEAT EDDY CURRENT HEATING GRAPHITE SUSCEPTOR SINGLE-CRYSTAL BOULE LEDs SOLAR PANEL WAFER FAB CZOCHRALSKI PROCESS RESEARCH SINGLE CRYSTAL FLOAT ZONE MICRO-PULLING-DOWN BRIDGMAN CRUCIBLE SILICON GALLIUM ARSENIDE SEED CRYSTAL REMOVE IMPURITIES REDUCE CRYSTAL DEFORMATION DOPANT NON-CONTACT HEAT EDDY CURRENT HEATING GRAPHITE SUSCEPTOR SINGLE-CRYSTAL BOULE LEDs SOLAR PANEL WAFER FAB CZOCHRALSKI PROCESS RESEARCH SINGLE CRYSTAL FLOAT ZONE MICRO-PULLING-DOWN BRIDGMAN CRUCIBLE SILICON GALLIUM ARSENIDE SEED CRYSTAL REMOVE IMPURITIES REDUCE CRYSTAL DEFORMATION DOPANT NON-CONTACT HEAT EDDY CURRENT HEATING GRAPHITE SUSCEPTOR SINGLE-CRYSTAL BOULE LEDs SOLAR PANEL > crystals.ambrell.com WAFER FAB CZOCHRALSKI PROCESS RESEARCH SINGLE CRYSTAL FLOAT ZONE MICRO-PULLING-DOWN BRIDGMAN CRUCIBLE SILICON GALLIUM ARSENIDE SEED CRYSTAL >

In the production of high-purity crystal substrates, induction heating plays important roles. Delivering precision process control with intrinsically non-contact heating, induction is widely employed in these processes: Czochralski Micro-pulling down Float zone Bridgman-Stockbarger > image: Watring Technologies EKOHEAT power supply Induction heating has been used extensively in the manufacture of semiconductor crystals for use as LEDs, integrated circuits, solar panels, etc. Advantages include the strict control over the highly critical temperature of the molten mass, a clean, non-contact method...