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GaN technologies for applications from L- to Ka-band

机译:GaN技术,适用于从L到Ka波段的应用

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摘要

A set of GaN technologies are presented including a revised 0.25μm GaN HEMT technology in WIN Semiconductors' NP25 platform. The new improvements to the NP25 GaN HEMT were realized by the optimizing device layout, the fabrication process and the epitaxy enabling improved performance while still maintaining highly reliable operation for X-band applications. Pulse I-V shows low gatelag and drain-lag ratio of 16% and 6%, respectively. The maximum power-added efficiency (PAE) could be improved from 59.6% to 64.7% at 10GHz. The 0.45μm GaN HEMT technology for L-, C-, and S-band applications has 60.5 % PAE at 2.7 GHz. The 0.15μm GaN HEMT technology for Ka-band applications has PAE 39.6% and power density up to 5.4W/mm.
机译:提出了一套GaN技术,包括WIN Semiconductors的NP25平台中经过修订的0.25μmGaN HEMT技术。 NP25 GaN HEMT的新改进是通过优化的器件布局,制造工艺和外延实现的,从而提高了性能,同时仍为X波段应用提供了高度可靠的操作。脉冲I-V分别显示16%和6%的低栅极滞后和漏极滞后比。在10 GHz时,最大功率附加效率(PAE)可以从59.6%提高到64.7%。用于L波段,C波段和S波段应用的0.45μmGaN HEMT技术在2.7 GHz时具有60.5%的PAE。适用于Ka波段应用的0.15μmGaN HEMT技术的PAE为39.6%,功率密度高达5.4W / mm。

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