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W&4 tEXtAuthor u9771534932M{ 'tEXtCreation Time 2025:05:23 15:27:34+00:00
tEXtDescription A highly detailed, minimalistic 3D illustration of a futuristic power semiconductor module inspired by Navitas Semiconductor, floating above a circuit board landscape. The module emits glowing electric-blue energy pulses along refined micro-trace lines that stretch across the board in geometric symmetry. The chip is small but powerful, with a sleek black and metallic silver casing, surrounded by a faint cyan-blue glow, suggesting gallium nitride technology. The background features a dark gradient transitioning from deep navy to steel gray, with soft ambient reflections. Light trails and arcs of controlled electricity flow from the module, symbolizing high-efficiency power transfer. The scene is realistic yet stylized, representing advanced energy electronics and innovation. No logos, no text--just the energized semiconductor in a modern power environment. --ar 16:9 --quality 2 --profile fdtjfto --v 7 Job ID: 0d1fc125-857f-4eb7-a38f-83964efb8dde %iTXtXML:com.adobe.xmp
773e721d-0147-4209-ab75-bb2ededcccff
http://cv.iptc.org/newscodes/digitalsourcetype/trainedAlgorithmicMedia
A highly detailed, minimalistic 3D illustration of a futuristic power semiconductor module inspired by Navitas Semiconductor, floating above a circuit board landscape. The module emits glowing electric-blue energy pulses along refined micro-trace lines that stretch across the board in geometric symmetry. The chip is small but powerful, with a sleek black and metallic silver casing, surrounded by a faint cyan-blue glow, suggesting gallium nitride technology. The background features a dark gradient transitioning from deep navy to steel gray, with soft ambient reflections. Light trails and arcs of controlled electricity flow from the module, symbolizing high-efficiency power transfer. The scene is realistic yet stylized, representing advanced energy electronics and innovation. No logos, no text--just the energized semiconductor in a modern power environment. --ar 16:9 --quality 2 --profile fdtjfto --v 7 Job ID: 0d1fc125-857f-4eb7-a38f-83964efb8dde
u9771534932
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