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Originally Published July 2000 INDUSTRY NEWS Device Applications Drive Innovations in Display Technology Rexam Restructures, Invests in New Equipment Magnetic ....
Market Analysis The global Electrical and Electronic CAD Market is highly lucrative and predicted to witness significant growth at a healthy 8.5% CAGR over the ....
Market Analysis The global Electrical and Electronic CAD Market is highly lucrative and predicted to witness significant growth at a healthy 8.5% CAGR over the forecast period (2020- 2026), reveals the Market Research Future’s (MRFR) electronic computer aided design market forecast report. ECAD is a simulation software that is utilized in the creation and design of electric and electronic circuits. The schematics are used in the form of a reference for the layout and adherence to laws. The best part about ECAD is it is easy to use. Alluring Features that Spur Market Growth As per the MRFR report, there are numerous factors that are propelling the electrical electronic computer aided design market size. These include the use of the software to minimize human errors, use to accelerate the planning stages of construction, burgeoning need for ETA (electronic design automation) tools, huge adoption in manufacturing, automotive, and semiconductor sectors, growing need by ....
Sponsored by MonocromMay 11 2021 Edge-emitting semiconductor laser arrays are also known as laser bars. These devices are most certainly the most widely known and widespread architecture in high-power diode lasers (HPDLs). When employed under an electron-pumping scheme, these structures are currently able to generate up to 500 W of CW optical power while maintaining an overall active material volume of less than 0.01 mm 3. While the electro-optical efficiency of these devices can comfortably surpass 50% - particularly with GaAlAs- and InGaAs-based diode lasers - the portion of energy that is not converted into light is almost as high. This translates into a significant amount of energy that has to be dissipated from the laser device as heat; otherwise, the active medium would likely melt in a matter of microseconds. ....