Recently, the two photonics projects of laser and LED have received US$7 million government grant from the US Department of Energy (DoE) to improve laser processing energy efficiency and GaN production efficiency.
Delphi Automotive Systems (Delphi) has received 3.7 million grants to develop a versatile, highly energy-efficient method for ultra-fast laser technology for micro-machining of complex shapes. Compared to traditional processes, this process increases laser energy efficiency by 25%, eliminating secondary processing such as etching, deburring and surface cleaning.
Delphi has teamed up with Raydiance and Microlution to develop a new system for the automotive electronics supplier Rochester.
Chip technology company, MEMC Electronic Materials, received $3.68 million in government funding to develop a more efficient GaN fabrication process that would reduce the cost of LEDs, solid-state lighting, and laser display production and improve output performance. Gallium nitride materials have a strong energy saving potential, which can save 75% of light energy, 50% of electricity consumption for residents, 60% of electricity for transportation vehicles, and 20% for information technology infrastructure power plants.
Delphi Automotive Systems (Delphi) has received 3.7 million grants to develop a versatile, highly energy-efficient method for ultra-fast laser technology for micro-machining of complex shapes. Compared to traditional processes, this process increases laser energy efficiency by 25%, eliminating secondary processing such as etching, deburring and surface cleaning.
Delphi has teamed up with Raydiance and Microlution to develop a new system for the automotive electronics supplier Rochester.
Chip technology company, MEMC Electronic Materials, received $3.68 million in government funding to develop a more efficient GaN fabrication process that would reduce the cost of LEDs, solid-state lighting, and laser display production and improve output performance. Gallium nitride materials have a strong energy saving potential, which can save 75% of light energy, 50% of electricity consumption for residents, 60% of electricity for transportation vehicles, and 20% for information technology infrastructure power plants.
The composite terminal is a typical representative of the connector (CONNECTOR), which is composed of a plug (female) and a socket (male) to realize the connection function. For the transfer of voltage, current and signal, this series is characterized by safe, reliable and stable contact, and is mainly used in electric power, communication, industrial control and other industries.
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