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A Divide-by-4 and −8 Circuit for 77 GHz Radar in 22 nm FD-SOI CMOS

机译:用于22 nm FD-SOI CMOS的77 GHz雷达的4分频和-8分频电路

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A divider circuit with selectable divide ratio, by 4 and 8, is designed in the 22 nm FD-SOI CMOS of GLOBALFOUNDRIES. Its application is in 77 GHz radar chirp generation, as pre-scaler from the voltage controlled oscillator (VCO) working at half frequency (37 to 41 GHz). A combination of extended true-phase single clock (ETSPC) and TSPC architecture is used for the divider cell. The pre-scaler realizes a singleended to differential signal conversion as well. Measurements are performed at supply voltages between 0.8 and 1.6 V. The divider can work between 10 and 64 GHz with sensitivities better than −30 dBm around the targeted frequency range of the VCO. DC power consumption is 2.2 mW for a single divider cell while the complete pre-scaler system needs 27 mW at 0.8 V supply.
机译:在GLOBALFOUNDRIES的22 nm FD-SOI CMOS中设计了分频比为4和8的分频器电路。它的应用是在77 GHz雷达线性调频脉冲发生器中产生的,它是压控振荡器(VCO)的预分频器,工作在一半频率(37至41 GHz)上。分频器单元使用扩展的真相单时钟(ETSPC)和TSPC架构的组合。预分频器还可以实现单端到差分信号的转换。测量是在0.8至1.6 V的电源电压下进行的。分频器可以在10至64 GHz的频率范围内工作,在VCO的目标频率范围附近的灵敏度优于-30 dBm。一个分频器单元的DC功耗为2.2 mW,而完整的预分频器系统在0.8 V电源下需要27 mW。

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