采用fT=214 GHz,fmax=193 GHz的InGaAs/InP异质结双极型晶体管工艺,设计了一款基于时钟驱动型反相器的动态二分频器.该分频器工作频段为60～100 GHz,但由于测试系统上限频率的限制,只能测出62～83 GHz的工作范围.在-4.2 V和-5.2 V的单电源直流偏置下该分频器的功耗分别为596.4 mW、1060.8 mW.此分频器的成功制作对于工作在W波段锁相环的构建有较大的意义. An InGaAs / InP heterojunction bipolar transistor technology with fT = 214 GHz and fmax = 193 GHz was used to design a dynamic frequency divider based on a clock driven inverter.The operating frequency band of this frequency divider is 60 ~ 100 GHz but can only measure a working range of 62-83 GHz due to the upper limit of the test system frequency.The power consumption of this divider is 596.4 mW at a single supply dc bias of -4.2 V and -5.2 V , 1060.8 mW. The successful production of this divider is of great significance for the construction of a phase-locked loop operating in the W-band.