JSSC 分类

Power Management

589 篇期刊论文

子分类 Subcategories
Buck Converter
61 篇
Energy Harvesting
56 篇
LDO
45 篇
Boost Converter
41 篇
Charge Pump
37 篇
Buck-Boost
9 篇
JSSC 2025第1期Power ManagementLDO
A 05 1 V Time Voltage Hybrid Domain Dual Loop Analog LDO With Wide
提出一种0.51V时压混合域双环模拟LDO，具有宽带宽特性。
0.51V, 宽带宽
JSSC 2025第1期Power Management
A Fast SIMO Converter for Command Directed IoT Nodes With State
一种用于指令导向物联网节点的快速SIMO转换器，采用状态驱动优先级
无
JSSC 2025第3期Power Management
A 0.5-ms 47.5-nJ Resistor-to-Digital Converter for Resistive BTEX Sensor Achieving 0.1-to-5 ppb Resolution Y
一种用于BTEX气体检测的高能效电阻-数字转换器，实现0.5ms测量时间和47.5nJ能耗。
18.8-bit分辨率，20kΩ-500kΩ量程，0.5ms测量时间，95μW@1.5V
JSSC 2025第3期Power ManagementBoost ConverterBuck-Boost
A High-Efficiency Single-Mode Dual-Path Buck-Boost Converter With Reduced Inductor Current Donghee Cho
提出一种高效单模式双路径升降压转换器，适用于锂离子电池供电的移动设备。
94.8%峰值效率(175mΩ DCR电感), 95.58%效率(1A负载,19mΩ DCR电感)
JSSC 2025第3期Power Management
A Highly Integrated Hybrid DC–DC Converter With nH-Scale IPD Inductors
提出一种采用nH级IPD电感的高集成度混合DCDC转换器，结合SC和DAB优势，实现高效精细调节。
91.2%峰值效率，1.36 W/mm³功率密度，9.6-12V输入，2.15-3.3V输出
JSSC 2025第3期Power Management
A Pixelated Monolithic CMOS PPG Sensor for Spatial Feature Acquisition Soo-Hun Kim
提出一种像素化单片CMOS PPG传感器，用于空间特征采集
114 dB动态范围，23.3 µW功耗@1V电压
JSSC 2025第3期Power Management
A Series-Parallel Switched-Photovoltaic DC–DC Converter
提出一种串联-并联切换光伏DC-DC转换器，通过周期性地将光伏电池并联平衡电压，提升不匹配条件下的最大功率提取效率。
峰值采集效率91.3%（50%电流不匹配）
JSSC 2025第3期Power Management
Fully Integrating a 400 V-to-12 V DC–DC Converter in High-V oltage CMOS Tuur
首款全集成400V至12V DC-DC转换器，采用高压CMOS工艺，实现高效能转换。
119 mW/mm²功率密度，63.6%效率，33:1转换比
JSSC 2025第4期Power ManagementBoost ConverterBuck-Boost
A Single Duty Cycled Buck Boost Converter Achieving Low Output Ripple and Seaml
一种单周期占空比控制的Buck-Boost转换器，实现低输出纹波和无缝切换
无
JSSC 2025第4期Power ManagementEnergy Harvesting
Enhancing Efficiency in Piezoelectric Energy Harvesting Collaborative
提升压电能量收集效率的协同翻转同步技术
无
JSSC 2025第5期Power Management
A Dual Alternating Slope Digital to Time Converter Leveraging Mismatch to Impro
利用失配改进的双交替斜率数字时间转换器设计
无
JSSC 2025第5期Power Management
A High Efficiency 12 1 V Dual Path Series Capacitor Converter With Low V A Metr
高效12.1V双路径串联电容器转换器设计
12.1V, 高效率
JSSC 2025第5期Power ManagementBuck Converter
A Single Li Ion Battery Powered Buck Converter With 90 Efficiency Over 10 A to
一款由单锂离子电池供电的降压转换器，在10A以上电流下实现90%的效率。
90% efficiency, >10A
JSSC 2025第5期Power ManagementBuck-Boost
A Three Fine Level Buck Boost Hybrid Converter Achieving Half VIN Stress on All
提出一种三电平Buck-Boost混合转换器，所有开关管仅承受一半输入电压应力。
无
JSSC 2025第6期Power Management
A 65 nm Proactive Power Management Technique With Real Time Machine
提出一种65nm工艺下的实时机器学习主动电源管理技术。
65nm CMOS, 1.2V
JSSC 2025第6期Power ManagementBoost ConverterBuck-Boost
A Battery to 34 V Hybrid Buck Boost Converter With Always Reduced
一款支持34V电池输入的混合降压-升压转换器，具有持续降低导通损耗的特性
34V输入电压范围
JSSC 2025第6期Power Management
A Fully Integrated Electrostatic Charge Boosting Rectifier for
一种用于摩擦电能量收集的全集成静电电荷增强整流器
无
JSSC 2025第6期Power ManagementLDO
A High Current Efficiency Digital Assisted Analog LDO With Dual Biasing Mode fo
提出一种高电流效率的数字辅助模拟LDO，支持双偏置模式。
无
JSSC 2025第6期Power ManagementBuck Converter
A Time Domain Current Mode Buck Converter With a PI Compensator Incorporating a
一种采用PI补偿器的时域电流模式降压转换器设计
无
JSSC 2025第7期Power Management
A Low Noise Digital to Time Converter Exploiting Waveform of
该论文提出了一种利用集成晶体波形实现低噪声数字到时间转换器的新方法。
28nm CMOS, 1.2V, 100MS/s
JSSC 2025第8期Power Management
A 944 Peak Efficiency Coupled Inductor Hybrid Step Up Converter With
一篇关于峰值效率为944的耦合电感混合升压转换器的IEEE JSSC期刊论文
944 Peak Efficiency
JSSC 2025第8期Power Management
PWM Based Impedance Boosting Technique With Autonomous Background Calibration f
基于PWM的阻抗增强技术，采用自主背景校准方法
无
JSSC 2025第9期Power Management
A Dual Inductor Quad Path Hybrid Buck 2L4PHB Converter With Reduced
一种双电感四路径混合降压转换器，降低电感铜损
无
JSSC 2025第9期Power ManagementBoost Converter
A Hybrid Buck or Boost Converter for Fast Transient and Wide Voltage
一种用于快速瞬态和宽电压范围应用的混合降压或升压转换器
无
JSSC 2025第9期Power ManagementBuck Converter
An Emulated Curve Assisted Fast Transient Buck Converter With One
一种采用模拟曲线辅助和单周期充电技术的快速瞬态降压转换器
无
JSSC 2025第10期Power Management
A Low-Spur and Low-Jitter Fractional Output Divider With Self-Adaption Frequency Filtering Technique Yumeng Yang
提出一种具有自适应频率滤波的低杂散低抖动分数输出分频器，支持DTC增益和INL背景校准。
28nm CMOS, 0.084mm²核心面积, 10-300MHz输出范围, <-80dBc杂散水平
JSSC 2025第11期Power Management
A Low-Spur and Low-Jitter Fractional Output Divider With Self-Adaption Frequency Filtering Technique Yumeng Yang
提出一种具有自适应频率滤波的低杂散低抖动分数输出分频器，用于DTC增益和INL背景校准。
28nm CMOS, 0.084 mm², 10-300 MHz, -80 dBc
JSSC 2025第12期Power ManagementNeural Network Accelerator
A 1.52-W Capacitor-Drop Sigma-Floating-SC AC/DC Converter for Grid Power to IoT Devices
提出一种基于开关电容的非隔离AC-DC转换器，适用于物联网和智能家居设备。
峰值效率81.3%，最大输出功率1.52W，功率密度739mW/cm³
JSSC 2025第12期Power Management
A Bi-Directional Dual-Path Boost–Buck Hybrid Converter for High-V oltage Power Transmission Delivery Cable in
提出一种双向双路径升压-降压混合转换器，用于人形机器人高压电力传输系统，减少电缆电流和重量。
峰值转换效率96.7%，最大功率传输能力45W
JSSC 2025第12期Power ManagementCrystal Oscillator
A Compact and Ultra-Low-Power 32-kHz Conduction-Angle-Adaptive
提出了一种超低功耗、紧凑的32kHz晶体振荡器，适用于实时时钟应用。
28nm CMOS, 0.38V, 0.36nW, -20°C to 85°C
JSSC 2025第12期Power Management
A Continuous-Time Capacitance-to-Digital Converter for Floating-Target Displacement Sensing
一种用于浮动目标位移测量的高性能连续时间电容数字转换器
180nm CMOS, 1.8V, 347µA, >143dB动态范围, <25ppm/°C温度系数
JSSC 2025第12期Power Management
A Hybrid Bidirectional Converter With Always-Half-Inductor Current Using Adaptive Target Current Tracking for USB-to-2-Cell Applications
提出一种新型混合双向转换器，实现始终半电感电流，提升USB至双电池双向功率传输效率。
180nm CMOS, 4.7µH电感, 峰值效率97.4%（正向模式）和97%（OTG模式）
JSSC 2025第12期Power ManagementNeural Network Accelerator
A Low-EMI, High-DR Class-D Audio Amplifier With Double-Sided V oltage-Boosting Modulation Jhuang-Wei Cyue
本文提出一种采用双面电压提升调制的数字输入D类音频放大器，具有高动态范围和低电磁干扰。
动态范围121.3 dB，峰值信噪比115 dB，总谐波失真加噪声0.0019%，最大输出功率1.6 W，峰值功率效率87.2%
JSSC 2025第12期Power Management
A Two-Stage 12–1-V Converter Featuring Regulated Resonant SC Regulators and Collaborative Control Scheme Shengdao Ren, Student Member , IEEE, Yukan Du, Student Member , IEEE
提出一种采用谐振开关电容调节器的两级转换器，提升数据中心电源效率和功率密度。
峰值效率89.3%，12:1-V转换，4-A/20-ns负载电流阶跃
JSSC 2024第1期Power ManagementDLLEqualizer
Fractional-N Digital MDLL With Injection-Error Scrambling and Calibration
提出一种采用DTC控制注入时序的分数N数字MDLL，通过注入误差扰乱和校准技术降低杂散。
800-fs rms抖动, -67dBc分数杂散, -58dBc参考杂散
JSSC 2024第1期Power Management
MARSELLUS : A Heterogeneous RISC-V AI-IoT End-Node SoC With 2–8 b DNN Acceleration and 30%-Boost Adaptive Body Biasing
MARSELLUS是一款异构RISC-V AI-IoT终端SoC，支持DNN加速与高能效计算。
180 Gop/s软件算力，637 Gop/s硬件加速，12.4 Top/s/W能效
JSSC 2024第2期Power Management
A 0.39-mm 2 Stacked Standard-CMOS Humidity Sensor Using a Charge-Redistribution Correlated Level Shifting Floating Inverter Amplifier and a VCO-Based Zoom CDC Heyi Li , Student Member , IEEE, Kaixuan Du , Student Member , IEEE
本文提出了一种基于电荷重分配的高效CMOS湿度传感器，具有低误差和高性能。
55nm CMOS, 9.57 µW, ±0.8%RH误差, 197 aF电容分辨率, 0.094%RH湿度分辨率
JSSC 2024第2期Power ManagementPLL
A 12.8–15.0-GHz Low-Jitter Fractional- N Subsampling PLL Using a V oltage-Domain Quantization-Error Cancellation
提出一种低抖动、低分数杂散的分数-N子采样锁相环，采用DAC后消除量化误差技术
65nm CMOS, 7.3mW, 104fs rms抖动, -58dBc分数杂散
JSSC 2024第2期Power ManagementSAR ADCNeural Network Accelerator
A 15.4-ENOB, Fourth-Order Truncation-Error- Shaping NS-SAR-Nested 16 Modulator With Boosted Input Impedance and Range for
一种高输入阻抗、宽线性输入范围的16调制器，用于生物医学信号采集。
94.5-dB SNDR, 1–500-Hz带宽, 600-mV PP输入, 174.3 dB FoM SNDR, 175.8 dB FoM DR, 208 MΩ@dc输入阻抗
JSSC 2024第2期Power ManagementBuck Converter
A Dual-Inductor Ladder Buck Converter for Li-Ion Battery-Operated Sub-V olt SoCs
提出一种双电感阶梯式降压转换器，用于锂离子电池供电的亚伏SoC，实现高效高功率密度。
65nm CMOS, 90.6%峰值效率, 0.93W/mm²峰值功率密度, 1.35W最大功率输出
JSSC 2024第2期Power ManagementLDONeural Network Accelerator
A Four-Phase Time-Based Switched-Capacitor LDO With 13-ns Settling Time at 0.5-V Input for Energy-Efficient Computing in SoC Applications
提出一种四相时间开关电容LDO，具有13ns快速响应和低静态电流。
28nm CMOS, 0.45-1V输入, 0.35-0.95V输出, 400mA负载, 3.0fs FoM
JSSC 2024第2期Power ManagementLDO
An NMOS LDO With TM-MOS and Dynamic Clamp Technique Handling Up To Sub-10-µs Short-Period
一种采用TM-MOS和动态钳位技术的NMOS LDO，适用于手机应用中的高频负载瞬态。
0.35-µm CMOS, 1-µF输出电容, 0-300mA负载, 50/36mV低频瞬态下冲/过冲, 68/36mV高频瞬态下冲/过冲, 8.2-µA静态电流, 99.68%电流效率
JSSC 2024第2期Power Management
Highly Efficient Differential Frequency Doubler With Output Resistance Boosting Feedback
采用互补MOS晶体管的V波段高效差分倍频器和D波段四倍频器设计
15.3% CE/3.5dBm输出功率（倍频器），4.7% CE/1.3dBm输出功率（四倍频器）
JSSC 2024第3期Power Management
A 63% Efficiency 1.29-W Single-Link Multiple-Output (SLiMO) Isolated DC–DC Converter Using FPC Micro-Transformer With Local V oltage and Global
一种小型单链路多输出隔离DC-DC转换器设计，采用微变压器和双控制方案，实现高效能和高功率密度。
0.18-µm CMOS, 3.3-V IO, 63%峰值效率, 1.29-W最大输出功率
JSSC 2024第3期Power ManagementPLL
A DTC-Free Fractional-N BBPLL With FIR-Embedded Injection-Locked-Oscillator-Based Phase-Domain
提出一种无需DTC的分数N BBPLL，采用FIR嵌入式注入锁定振荡器降低量化噪声。
65nm CMOS, 0.9V, 4.3mW, 2.6GHz输出
JSSC 2024第3期Power Management
A GaN-on-Si Gate Driver With Self-Pumped Drive Enhance and Short-Period Negative V oltage Techniques for Reduction of 14.7 × Tailing Power Loss and 37% Reverse Conduction Loss Hsing-Yen Tsai
提出一种具有自泵驱动增强和短周期负电压技术的GaN-on-Si栅极驱动器，显著降低损耗并提升效率。
14.7×尾部电流损耗降低，37.0%反向导通损耗减少
JSSC 2024第3期Power ManagementCharge PumpPLL
A Sub-50-fsrms Jitter Fractional- N CPPLL Based on a Dual-DTC-Assisted Time-Amplifying Phase-Frequency Detector With Cascadable DTC Nonlinearity Compensation Algorithm
提出了一种基于双DTC辅助时间放大PFD的24-28GHz亚50fs抖动分数N CPPLL。
37.1 fs rms jitter (integer-N), 45.6 fs rms jitter (fractional-N)
JSSC 2024第3期Power Management
FreFlex: A High-Performance Processor for Convolution and Attention Computations via Sparsity-Adaptive Dynamic Frequency Boosting Sadhana
FreFlex处理器通过稀疏自适应动态频率调制和二维脉动阵列提升卷积和注意力计算的能效和性能。
160 GOPS/s/mm², 1.1 GHz, 0.6–1.0 TOPS/W
JSSC 2024第4期Power Management
A 187-dB FoM S Power-Efficient Second-Order Highpass 16 Capacitance-to-Digital Converter
提出一种高分辨率能效高的二阶高通16位电容数字转换器架构。
5.85 aF rms分辨率, 46 fJ/转换步, FoMS 187.4 dB
JSSC 2024第4期Power ManagementEmerging Memory
A 22-nm 32-Mb Embedded STT-MRAM Macro Achieving 5.9-ns Random Read Access and 7.4-MB/s Write Throughput at up to 150 ◦C Takahiro Shimoi , Ken Matsubara , Tomoya Saito, Tomoya Ogawa
22纳米32Mb嵌入式STT-MRAM宏，实现59ns随机读取和74%写入能耗降低。
22nm CMOS, 59ns随机读取, 7.4MB/s写入吞吐量
JSSC 2024第4期Power ManagementNeural Network Accelerator
An Impedance-Boosted Transformer-First Discrete-Time Analog Front-End Achieving 0.34 NEF and 389-M Input Impedance
提出一种基于变压器优先的离散时间模拟前端，通过输入阻抗提升环路实现超高输入阻抗和低噪声。
389MΩ@1kHz输入阻抗，1.36µVrms输入参考噪声，370nW功耗，NEF=0.34，PEF=0.1
JSSC 2024第4期Power ManagementSAR ADCEnergy Harvesting
An Incremental Step Sensing MPPT Based SI-SIDO Energy Harvester With >99% Peak MPPT Efficiency for an Input Power Range of 30 µW to 33 mW Murali K. Rajendran , Member , IEEE
提出一种基于增量步进传感的MPPT算法，实现高效能量收集系统。
99.5% MPPT效率，88%转换效率，1.8 µW静态功耗
JSSC 2024第4期Power ManagementBuck Converter
An Outphase-Interleaved Switched-Capacitor Hybrid Buck Converter With Relieved Capacitor Inrush Current and COUT-Free Operations
提出一种相位交错混合降压转换器，缓解电容充电电流并提升效率。
180nm CMOS, 1.8-3.3V输入, 0.8-1.8V输出, 峰值效率97.3%, 电流密度585mA/mm³
JSSC 2024第4期Power ManagementEnergy Harvesting
Comments and Corrections Corrections to “A Synchronized Switch Harvesting Rectifier With Reusable Storage Capacitors for Piezoelectric Energy Harvesting”
对同步开关能量收集整流器的表格数据进行了更正。
JSSC 2024第4期Power ManagementNeural Network Accelerator
Monolithic 230-V RMS-to-12-VDC AC–DC Converter at 9 mW/mm 2 Enabled by a 31–325-V DC Input Range Capacitive Multi-Ratio DC–DC Converter Tuur
采用180nm高压SOI CMOS工艺实现的全集成230V交流至12V直流转换器，功率密度达9mW/mm²。
180nm SOI CMOS, 230Vrms输入, 12Vdc输出, 9mW/mm²功率密度, 55.1%效率
JSSC 2024第5期Power ManagementBuck Converter
A 4-Phase DAB Current-Mode Hysteretic Controlled Buck Converter With Relaxed Inductor Requirements and Enhanced DC and Dynamic Performance Lei Zhao , Student Member , IEEE, Junyao Tang , Student Member , IEEE
提出一种四相电流模式滞环控制降压转换器，采用双自适应边界控制解决延迟和失配问题。
180nm CMOS, 1.8V输入, 0.6-1.5V输出, 93.9%峰值效率, 10/25MHz开关频率
JSSC 2024第5期Power ManagementBoost ConverterNeural Network Accelerator
A Battery-Input Three-Mode Buck–Boost Hybrid DC–DC Converter With 97.6% Peak Efficiency Shuangxing Zhao
提出一种适用于锂离子电池的三模式非反相升降压混合转换器，峰值效率达97.6%。
0.18-µm CMOS, 3.3-V, 2-MHz, 2.7-4.2V输入, 3.3V输出, 100-800mA
JSSC 2024第5期Power ManagementBuck ConverterNeural Network Accelerator
A High-Efficiency Wide Output Range Reconfigurable Capacitive-Sigma DC–DC Converter
高效可重构电容-Σ DC-DC转换器，峰值效率达98.4%
98.4%峰值效率，1.2V/0.4V输出，2A负载范围
JSSC 2024第5期Power Management
A Simultaneous Energy Transferring SIBO Converter Achieving Low Ripple and High Efficiency for AMOLED Applications Hyo-Jin Park
提出一种用于AMOLED显示的低纹波高效率单电感双极输出转换器。
24.5/28mV纹波, 94.1%峰值效率, 1.46mm²面积, 300mA负载电流
JSSC 2024第5期Power Management
Design of Direct 48-V/1-V Three-Path Four-State Switching Power Converter With Adaptive VCF Rebalancing and Dual-Edge tdead Modulation Yuanqing Huang , Student Member , IEEE
提出一种新型三路径四状态（3P4S）混合开关电源转换器，实现高效48V至1V直接转换。
峰值效率90.7%（12V输入）和85.6%（48V输入），有效开关频率4.5MHz
JSSC 2024第6期Power Management
A 30-µW 94.7-dB SNDR Noise-Shaping Current-Mode Direct-to-Digital Converter Using Triple-Slope Quantizer for PPG/NIRS Readout
一种低功耗、高动态范围的电流模式直接数字转换器，采用噪声整形三斜率量化器。
55nm CMOS, 30µW, 94.7dB SNDR, 136.5dB DR
JSSC 2024第6期Power Management
A 93.4% Peak Efficiency CLOAD-Free Multi-Phase Switched-Capacitor DC–DC Converter Achieving a Fast DVS up to 222.5 mV/ns Feiyu Li , Student Member , IEEE, Qishen Fang , Student Member , IEEE
提出一种高效率多相开关电容DC-DC转换器，支持快速动态电压调节，峰值效率达93.4%。
65nm CMOS, 1.2V, 93.4%峰值效率, 222.5 mV/ns DVS速度
JSSC 2024第6期Power ManagementBuck Converter
A 94.9% Efficiency Always-Power-Delivered SIDO Buck Converter With Continuous Current Balancing and Complementary Adaptive-Switching Regulation
提出一种高效单电感双输出降压转换器，实现持续功率输出并降低电压波动。
180nm CMOS, 5V输入, 1.8V/3.3V输出, 峰值效率94.9%
JSSC 2024第6期Power ManagementEnergy Harvesting
A Bias-Flip Rectifier With Duty-Cycle-Based MPPT for Piezoelectric
提出一种基于占空比的最大功率点跟踪算法，用于压电能量收集的偏置翻转整流器。
98%峰值MPPT效率，738%输出功率增强
JSSC 2024第6期Power ManagementLDO
A Fully Synthesizable All-Digital Dual-Loop Distributed Low-Dropout Regulator
全数字双环路分布式低压差稳压器，采用全局控制器和可扩展本地稳压器，实现高精度和快速瞬态响应。
28nm CMOS, 54mV droop under 1.35A/10ns load step, 3mV/A load regulation
JSSC 2024第6期Power Management
Design of Dual Lower Bound Hysteresis Control in Switched-Capacitor DC–DC Converter for Optimum Efficiency and Transient Speed in Wide Loading Range for IoT Application
提出双下界滞环控制方法，提升SC DC-DC转换器在IoT应用中的效率和响应速度。
180-nm CMOS, 75%效率, 80.4%峰值效率, 80ns响应时间
JSSC 2024第7期Power ManagementProcessor/CPU
A Sub-µW Energy-Performance-Aware IoT SoC With a Triple-Mode Power Management Unit for System Performance Scaling, Fast DVFS, and Energy Minimization
提出一种采用三模式电源管理单元的超低功耗物联网SoC，实现自适应功耗-性能调节和最小能耗运行。
194.3 nW @180Hz, 92.6%峰值效率, 379 pW空闲功耗
JSSC 2024第7期Power ManagementBuck Converter
A Ten-Level Series-Capacitor 24-to-1-V DC–DC Converter With Fast In Situ Efficiency Tracking, Power-FET Code Roaming, and Switch Node
提出一种高效十级串联电容24V至1V降压转换器，采用三种技术提升效率和可靠性。
峰值功率效率93.89%（负载电流405mA），效率提升高达34.74%
JSSC 2024第7期Power ManagementEmerging Memory
EMBER: Efficient Multiple-Bits-Per-Cell Embedded RRAM Macro for High-Density Digital Storage
EMBER提出高效多比特RRAM宏设计，优化读写电路并提升存储密度与可靠性。
100 MHz, 64k×48=3M cells
JSSC 2024第7期Power ManagementEnergy Harvesting
Piezoelectric Energy Harvesting Interface Using Self-Bias-Flip Rectifier and Switched-PEH DC–DC for MPPT
提出一种新型八相自偏置翻转压电能量收集接口，实现高效能量回收与转换。
电压翻转效率达80%，最大输出功率提升率4.88×
JSSC 2024第8期Power ManagementBuck ConverterLDO
A 96.1% Efficiency Single-Inductor Multiple-Output (SIMO) Buck Converter With 2.1-A/ns Transient Speed and 2.2-A Maximum Current Capacity
提出一种高效单电感多输出降压转换器，通过非线性控制和混合数字LDO提升性能
2.1 A/ns瞬态处理能力，2.2 A最大电流容量，96.1%峰值效率
JSSC 2024第8期Power ManagementPLL
A Fractional- N Sampling PLL With a Merged Constant-Slope DTC and Sampling PD
提出一种3.3-4.5 GHz分数-N采样锁相环，结合恒定斜率DTC和采样PD，降低噪声和非线性。
203 fs rms抖动, 2.4 mW功耗, FoM -250 dB
JSSC 2024第8期Power ManagementBuck Converter
A Fully Integrated Multi-Phase V oltage Regulator With Flying-Capacitor-Based Inter-Inductor Current Self-Balancing Scheme and Charge-Recycling
提出一种高功率密度、快速动态电压调节的自平衡电感电流集成电压调节器。
200 MHz/phase, 45 V/µs DVS rate, 40 mA/ns transient slew rate, 0.9 W/mm² power density, 79.1% peak efficiency
JSSC 2024第9期Power ManagementNeural Network Accelerator
A 24-V-Input Highly Integrated Interleaved-Inductor Multiple Step-Down Hybrid DC–DC Converter With Inherent Current
提出一种24V输入的高集成交错电感多步降压混合DC-DC转换器，采用新型拓扑和片上栅极驱动方案，实现高效能和小尺寸。
24V输入，1-3.5V输出，峰值效率90.4%，最大负载电流5A，效率82%
JSSC 2024第9期Power ManagementBuck ConverterBoost Converter
A 2.8 µs Response Time 95.1% Efficiency Hybrid Boost Converter With RHP Zero Elimination for Fast-Transient Applications
提出一种消除右半平面零点的混合升压转换器，实现快速瞬态响应和高效率。
95.1%峰值效率，4.2V输入6V输出，2.8µs稳定时间
JSSC 2024第9期Power Management
A Partially Feedback NSSAR Embedded Third-Order Delta–Sigma Modulator With Gain-Boosted Two-Stage FIAs
提出一种低功耗高精度开关电容ΔΣ调制器，嵌入5位NSSAR量化器实现稳定三阶噪声传递函数。
55nm CMOS, 93.7dB SNDR@10kHz, 800kS/s, OSR=40, 33.2µW
JSSC 2024第10期Power ManagementLDO
A 4 ns Settling Time FVF-Based Fast LDO Using Bandwidth Extension Techniques for HBM3 Jinook Jung , Jun-Han Choi , Kyoung-Jun Roh, Jaewoo Park, Won-Mook Lim, Tae-Sung Kim, Han-Ki Jeong
提出基于翻转电压跟随器的快速LDO，4ns建立时间，适用于HBM3内存，减少电源抖动。
4ns建立时间，40mV下冲，46mV过冲，20pF负载电容，0.0061mm²面积
JSSC 2024第10期Power ManagementBuck Converter
A Cross-Coupled Hybrid Switched-Capacitor Buck Converter With Extended Conversion Range and Enhanced DCR Loss Reduction
一种交叉耦合混合开关电容降压转换器，优化宽电压转换比下的电感平均电流降低。
180nm BCD, 2.7∼4.2V输入, 1∼1.8V输出, 4.2A最大负载, 91%峰值效率
JSSC 2024第10期Power ManagementNeural Network Accelerator
A Fully Integrated Nine-Ratio Switched-Capacitor Converter With Overlapped-Conversion-Ratio Modulation for IoT Applications
一款全集成九比率开关电容转换器，适用于物联网应用，具有高功率密度和转换效率。
87%峰值效率，最大输出功率421mW，输入电压2.5-5V，输出电压0.1-3.67V
JSSC 2024第10期Power Management
An Isolated DC–DC Converter Using a Cross-Coupled Shoot-Through-Free Class-D Oscillator With Low EMI Emissions
提出一种低EMI隔离DC-DC转换器，采用交叉耦合无直通Class-D振荡器和电压串联组合变压器。
峰值效率51%，最大输出功率1.2W，满足CISPR-32 Class B标准
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