A reference circuit to be well-designed, it needs to be low power, supply-independent, stable over a wide temperature range, and occupy a small chip area.
An 18-nW, 170°C Temperature Range, Voltage and Current Reference Circuit with Low Line Sensitivity · I-Fan Lin, Yu-Chu Tsai, +1 author. Yu-Te Liao · Published in ...
Paper Information: Paper Title: An 18-nW, 170°C Temperature Range, Voltage and Current Reference Circuit with Low Line Sensitivity. Student Contest: No.
An 18-nW, 170°C Temperature Range, Voltage and. Current Reference Circuit with Low Line Sensitivity. I-Fan Lin1, Yu-Chu Tsai2, Heng-Li Lin2, and Yu-Te Liao1.
I-Fan Lin, Yu-Chu Tsai, Heng-Li Lin, Yu-Te Liao: An 18-nW, 170°C Temperature Range, Voltage and Current Reference Circuit with Low Line Sensitivity.
A Resistor/Trimming-Less Self-Biased Current Reference ... An 18-nW, 170°C Temperature Range, Voltage and Current Reference Circuit with Low Line Sensitivity
An 18-nW, 170°C Temperature Range, Voltage and Current Reference Circuit with Low Line Sensitivity. Conference Paper. Nov 2023. I-Fan Lin · Yu-Chu Tsai · Heng- ...
This letter presents a design for a voltage and current reference (VCR) that utilizes a 0.18-μ m CMOS process. The design employs stacked-diode MOS ...
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Dec 9, 2024 · An 18 nW CMOS Current and Voltage Reference Circuit ... 170°C Temperature Range, Voltage and Current Reference Circuit with Low Line Sensitivity.
An 18-nW, 170°C Temperature Range, Voltage and Current Reference Circuit with Low Line Sensitivity. Published by Institute of Electrical and Electronics ...