Design of low-voltage and low-power current-mode DTMOS transistor based full-wave/half-wave rectifier
Design of low-voltage and low-power current-mode DTMOS transistor based full-wave/half-wave rectifier
复制标题
基于低电压、低功耗电流型DTMOS晶体管的全波/半波整流器设计
DOI：
10.1007/s10470-020-01769-9
复制
发表时间：
2021
影响因子：
1.4
通讯作者：
Melih Yildirim
中科院分区：
文献类型：
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作者：
Melih Yildirim
提出了一种基于动态阈值MOS （DTMOS）晶体管的低压低功耗电流型整流器。建议的一输入二输出整流器结构提供全波整流和半波整流。全波整流器仅由6个MOS晶体管组成（不包括半波整流器部分的1个MOS晶体管），设计时无需使用有源和无源电路元件。采用0.13µm IBM CMOS技术参数对整流器设计进行了仿真。由于采用DTMOS晶体管结构，全波整流电路需要±0.25 V的电源电压，功耗仅为4.36 nW。
A low-voltage and low-power current mode rectifier based on dynamic threshold MOS (DTMOS) transistor is proposed in this paper. The suggested one input–two output rectifier architecture provides full-wave rectification and half-wave rectification. Full-wave rectifier consists of only 6 MOS transistors (excluding 1 MOS transistor in half-wave rectifier part) and is designed without the necessity of using active and passive circuit elements. The proposed rectifier design is simulated using 0.13 µm IBM CMOS technology parameters. The full-wave rectifier circuit requires ± 0.25 V of supply voltages and consumes only 4.36 nW thanks to employing DTMOS transistor structure.