We proposed a novel temperature-compensated, ultra-low-power current reference based on two β-multipliers whose resistors are replaced by nMOS devices ...
We proposed a novel temperature-compensated, ultra-low-power current reference based on two beta-multipliers whose resistors are replaced by nMOS devices ...
Abstract: We proposed a novel temperature-compensated, ultra- low-power current reference based on two β-multipliers whose resis-.
Abstract: We proposed a novel temperature-compensated, ultra- low-power current reference based on two β-multipliers whose resis-.
Abstract: We proposed a novel temperature-compensated, ultralow-power current reference based on two β-multipliers whose resistors are replaced by nMOS ...
This brief presents a nano-ampere CMOS current reference (CCR) for low power application with a wide temperature range from −40°C to 120°C with a simple ...
Missing: 100ppm/° | Show results with:100ppm/°
Jun 13, 2024 · In this work, we propose a nA-range constant-with-temperature (CWT) peaking current reference, in which a resistor is biased by the threshold ...
This paper presents a solution to increase the accuracy of low power subthreshold voltage generators by lowering the circuit sensitivity to temperature and ...
100ppm/°C[23]. This gives this circuit a high accuracy and the power ... mok[28] describe a sub-1-V 15- ppm/°C bandgap voltage reference without.
Feb 29, 2016 · I am currently designing an ultra-low power bandgap reference in 65nm CMOS technology that is supposed to produce reference voltage of at least 200mV.