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This paper presents novel low-cost CMOS temperature sensor for controlling the self-refresh period of a mobile DRAM.
This paper presents novel low-cost CMOS temperature sensor for controlling the self-refresh period of a mobile DRAM.
A low power CMOS smart temperature sensor which is composed of temperature-to-current generator, analog- to-digital converter, and frequency selector and ...
Abstract—This paper presents novel low-cost CMOS temperature sensor for controlling the self-refresh period of a mobile DRAM. In the proposed temperature ...
A low-power mobile DRAM can adjust its self-refresh period according to internal temperature to minimize data retention current during power-down mode. Usually, ...
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This paper proposes a low power CMOS smart temperature sensor which is composed of temperature-to-current generator (TCG), analog-to-digital converter (ADC) ...
This paper proposes a low-power complementary metal-oxide-semiconductor (CMOS) smart temperature sensor in order to obtain self-refresh control for ...
Current-starved and tunable inverter for ring oscillator. circuits. Another feature of the proposed circuit is the increment of. Vmid as temperature increases.
Abstract—This paper proposes a low power CMOS smart temperature sensor which is composed of temperature-to-pulse generator (TPG), time-to-digital converter ...
This paper details the development and validation of a temperature sensing methodology using an un-trimmed oscillator-based integrated sensor.