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A digitally controlled linear regulator for per-core wide-range DVFS of atom? cores in 14nm tri-gate CMOS featuring non-linear control, adaptive gain and code roaming

机译:用于自动核心范围DVF的数字控制的线性调节器? 14nm三门CMOS中的核心,具有非线性控制,自适应增益和代码漫游

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A digitally controlled LDO in 14nm tri-gate CMOS powering an Atom? core with embedded power gates enables per-core DVFS over a wide voltage-frequency range. The LDO demonstrates 99.6% peak current efficiency at 2.5A load current and provides a power density of 26.1 W/mm2. The multi-mode digital controller featuring non-linear mode and adaptive gain achieves <;20ns settling time with a 100mV droop for a 1.2A load step. A code roaming algorithm complements the feedback controller to successfully mitigate reliability issues from power gate transistor self-heating and electromigration.
机译:14nm三栅极CMOS中的数字控制LDO供电原子?具有嵌入式电源栅极的核心使每个核心DVF在宽的电压范围内实现。 LDO在2.5A负载电流下演示99.6 %峰值电流效率,提供26.1W / mm 2 的功率密度。具有非线性模式和自适应增益的多模式数字控制器实现<20ns的沉降时间,为1.2A负载步骤100MV下垂。代码漫游算法补充了反馈控制器以成功减轻电源栅极晶体管自加热和电迁移的可靠性问题。

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