Source Themes

This paper proposes a subthreshold VR circuit with TC compensation. The VR is generated by two NMOS transistors with different threshold voltages, and then its temperature performance is further improved through a simple and low-power temperature compensation circuit.

In this paper, we aim at addressing how to characterize and optimize peak age-of-information performance for heterogeneous Aloha networks, where multiple application groups with different numbers of sensors and packet arrival rates.

In this paper, a BGR circuit with high-order curvature compensation is proposed.

This paper built theoretical models of square ring electrode and center electrode for the on-chip solar cells first.

In this paper, an ultra-low power subthreshold CMOS voltage reference with a self-biased circuit based on SDMT structure with temperature compensation has been proposed.

This article proposed an integrated front-end circuit for a fluorescent optical fiber temperature sensor with detection and amplification capabilities, designed and fabricated using a standard 0.18 µm BCD process.

From the design methodology perspective, architectural ideas for boosting input impedance in bioelectrical signal acquisition systems are well described in this article, from achieving high IBF to building technical circuitry.

In this work, the photoelectric conversion efficiency of on-chip solar cells is improved by optimizing the segmentation of triple-well solar cells.

In this article, we focus on the PAoI optimization in slotted Aloha networks with FCFS and LCFS service disciplines by optimally tuning the channel access probability and packet arrival rate of each sensor.

Blockchain, as a type of distributed ledger technology, is well-suited for the distribution, sharing, certification, and tracing of …