带隙基准瞬态仿真及蒙特卡洛仿真

"该数据集主要面向课题考核的SCI论文发表要求，为SCI论文3提供瞬态仿真及测试数据，本数据集大小约2GB。 本论文针对传统带隙基准源电路的温度特性问题，提出了基于双带隙结构曲率补偿技术的带隙基准源电路。针对双带隙结构功耗较大的问题，通过引入饱和区的栅源电压差实现二阶系数不同的一阶补偿带隙结构，并采用自偏置方式避免了运放的使用，降低了电流消耗 "

This dataset is primarily developed to meet the publication requirements of SCI papers for project assessment, and provides transient simulation and test data for SCI Paper 3. The total size of this dataset is approximately 2 GB. This paper proposes a bandgap reference circuit based on the curvature compensation technology of dual-bandgap structure, aiming at the temperature characteristic issues of traditional bandgap reference circuits. Aiming at the high power consumption problem of the dual-bandgap structure, this paper introduces the gate-source voltage difference in the saturation region to realize a first-order compensated bandgap structure with different second-order coefficients, and adopts a self-biased configuration to avoid the use of operational amplifiers, thereby reducing current consumption.

搜集汇总

背景与挑战

背景概述

该数据集为SCI论文提供带隙基准源电路的瞬态仿真及蒙特卡洛仿真数据，涉及双带隙结构曲率补偿技术，旨在优化电路的温度特性和降低功耗，数据量约2GB。