ID 原文 译文
44016 提高了 IGBT 功率回路的可靠性与安全性。 The reliability and safety of the IGBT power circuit were improved.
44017 将固定延时电路集成在 IGBT 驱动芯片中,提高了系统的集成度。 The integration of the system was increased withadding the fixed delay time circuit into the IGBT drive chip.
44018 采用 UMC 0. 6 μm 高压 BCD 工艺模型对去饱和过流检测电路进行前仿和后仿。 The UMC 0.6 μm HV BCD process modelwas used for the pre-and post-simulation of the DESAT overcurrent detection circuit.
44019 仿真结果表明,采用线性温度补偿方法,基准电路的过流阈值电压典型值为 6. 97 V,温度系数为 19. 5×10-6 /℃。 The simulation results show that the typical overcurrent threshold voltage of reference circuit is 6.97 V and the temperaturecoefficient is 19.5×10-6 /℃ with linear temperature compensation.
44020 IGBT 开启后消隐时间为 920 ns。 After the IGBT is turned on, the blan-king time is 920 ns.
44021 在不同工艺角仿真中,后仿固定延迟时间在 2. 8~4 ms 之间变化,典型值为 3. 3 ms,使功率回路储能元件中的冗余能量充分释放。 The post-imitation fixed delay time changes from 2.8 ms to 4 ms in different cornersand the typical value is 3.3 ms. The redundant energy in power circuit storage elements is fully released.
44022 对胶体球光刻中单层胶体晶体 ( MCC) 的曝光特性进行了研究。 The exposure characteristics of monolayer colloidal crystals (MCCs) in colloidal spherephotolithography were studied.
44023 利用磁控溅射的方法在蓝宝石衬底上生长 SiO2 薄膜并旋涂光刻胶, SiO2 thin films were grown on sapphire substrates by magnetron sputteringand spin-coating with the photoresist.
44024 通过固液界面自组装的方法在光刻胶上制备了单层胶体晶体。 Monolayer colloidal crystals were fabricated on the photoresist bysolid-liquid interface self-assembly.
44025 胶体球光刻利用单层胶体晶体作为微透镜阵列,通过紫外曝光的方法在光刻胶上制备微孔阵列。 Colloidal sphere lithography used monolayer colloidal crystals asmicro lens arrays to fabricate micropore arrays on the photoresist by UV exposure.