Recently, the US Department of Energy (DOE) has developed a LED package manufacturing cost model that allows companies to evaluate the effects of changing different aspects of the LED manufacturing process, such as using different substrates or introducing new production equipment.
The LEDCOM model focuses on the main elements of LED manufacturing costs, including preliminary raw data and basic manufacturing processes. These provide a starting point for the user to customize the different processes, materials and equipment of the model. The tool is suitable for manufacturers involved in LED package manufacturing, from materials and equipment suppliers to epitaxial wafers, chip processors, chip manufacturers and packagers. It will assess the relative impact of changes in LED packaging costs at different points in the manufacturing process.
For example, the tool can evaluate price changes caused by different substrate sizes or types, manufacturing processes, raw material costs, and manufacturing equipment changes. It can also be used to help complete cost-benefit analysis to quantify the value of R&D and analyze the impact of expected improvements on the final LED package cost.
The LEDCOM model focuses on the main elements of LED manufacturing costs, including preliminary raw data and basic manufacturing processes. These provide a starting point for the user to customize the different processes, materials and equipment of the model. The tool is suitable for manufacturers involved in LED package manufacturing, from materials and equipment suppliers to epitaxial wafers, chip processors, chip manufacturers and packagers. It will assess the relative impact of changes in LED packaging costs at different points in the manufacturing process.
For example, the tool can evaluate price changes caused by different substrate sizes or types, manufacturing processes, raw material costs, and manufacturing equipment changes. It can also be used to help complete cost-benefit analysis to quantify the value of R&D and analyze the impact of expected improvements on the final LED package cost.
Silicon Controlled Rectifier (SCR)
Silicon Controlled Rectifier (SCR) is short for silicon controlled rectifier. SCRs are available in one-way, two-way, turn-off, and light control types. It has the advantages of small size, light weight, high efficiency, long life, easy control, etc. It is widely used in occasions such as controllable rectification, voltage regulation, inverter, and non-contact switches and other automatic control and high-power electric energy conversion.
Silicon Controlled Rectifier,Scr Silicon Controlled Rectifier,3 Phase Silicon Controlled Rectifier,Semiconductor Silicon Controlled Rectifier
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