科翔股份在互动平台表示,光模块领域,公司实现30/30μm线宽线距、50μm激光盲孔及M7/EM892K高速材料应用,并通过镍钯金表面处理技术将金面粗糙度优化至Rz≤0.8μm,传输损耗降低18%。毫米波雷达领域,公司在77GHz毫米波雷达领域突破高频混压技术瓶颈,高频板与FR4混压板材涨缩公差稳定控制在4mil以内,结合阶梯铜厚与高精度天线工艺,成功通过Aptiv客户认证,为智能驾驶感知系统...
Source Link科翔股份在互动平台表示,光模块领域,公司实现30/30μm线宽线距、50μm激光盲孔及M7/EM892K高速材料应用,并通过镍钯金表面处理技术将金面粗糙度优化至Rz≤0.8μm,传输损耗降低18%。毫米波雷达领域,公司在77GHz毫米波雷达领域突破高频混压技术瓶颈,高频板与FR4混压板材涨缩公差稳定控制在4mil以内,结合阶梯铜厚与高精度天线工艺,成功通过Aptiv客户认证,为智能驾驶感知系统...
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