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合作作者[TOP 5]

  • 傅旻帆

    合作成果数：38

  • 王浩宇

    合作成果数：33

  • 滕雳

    合作成果数：23

  • 陈梓杰

    合作成果数：19

  • 刘宇

    合作成果数：18

访问统计


  总访问量
 6001
  访问来源
    内部： 122
    外部： 5879
    国内： 5522
    国外： 479

  年访问量
 596
  访问来源
    内部： 6
    外部： 590
    国内： 562
    国外： 34

  月访问量
 23
  访问来源
    内部： 0
    外部： 23
    国内： 23
    国外： 0

访问量

访问量

1. Circuit Techniques for High Efficiency Piezoelectric Energy Harves.. [1382]
2. Theoretical and Experimental Study of the Vibration Dynamics of a .. [1347]
3. Best voltage bias-flipping strategy towards maximum piezoelectric .. [1190]
4. Maximum power, optimal load, and impedance analysis of piezoelectr.. [1123]
5. Decomposition and Synthesis of High-Order Compensated Inductive Po.. [1026]
6. Harmonic modeling of vibration energy harvesting systems using ext.. [971]
7. AlN MEMS filters with extremely high bandwidth widening capability [934]
8. Phase-Separation-Induced PVDF/Graphene Coating on Fabrics toward F.. [906]
9. Series Synchronized Triple Bias-flip (S-S3BF) Interface Circuit fo.. [899]
10. Editorial: Miniaturized Bioenergy and Energy Harvesting Systems [894]
11. Dielectric loss against piezoelectric power harvesting [890]
12. Synchronized Triple Bias-Flip Interface Circuit for Piezoelectric .. [869]
13. A Comparative Study on the Mechatronic and Electronic Self-Powered.. [846]
14. A mechanical solution of self-powered SSHI interface for piezoelec.. [829]
15. A string-suspended and driven rotor for efficient ultra-low freque.. [816]
16. Phase-Variable Control of Parallel Synchronized Triple Bias-Flips .. [796]
17. Synergy of Wind Energy Harvesting and Synchronized Switch Harvesti.. [793]
18. 基于LCC-S补偿网络的无线充电系统小信号模型 [786]
19. A mechatronic power boosting design for piezoelectric generators [784]
20. A Bidirectional Energy Conversion Circuit Toward Multifunctional P.. [782]
21. Piezoelectric energy harvesting enhancement by using a bidirection.. [779]
22. Boosting the efficiency of a footstep piezoelectric-stack energy h.. [775]
23. Unified modeling, analysis and comparison of piezoelectric vibrati.. [760]
24. Optimization of cantilevered piezoelectric energy harvester with s.. [742]
25. An Improvement on Extended Impedance Method towards Efficient Stea.. [741]
26. Frequency Up-Conversion for Vibration Energy Harvesting: A Review [736]
27. 使用双参数可调同步开关功率调理电路提升压电俘能器发电效能，拓展发电.. [735]
28. 一种基于云平台的无源物联网一体化系统 [731]
29. Synchronized bias-flip interface circuits for piezoelectric energy.. [730]
30. Parallel Synchronized Septuple Bias-Flip Circuit for Piezoelectric.. [727]
31. Energy Harvesting from Horizontal and Vertical Backpack Movements .. [727]
32. Time-sharing orbit jump and energy harvesting in nonlinear piezoel.. [720]
33. A self-sensing synchronous electric charge extraction (SECE) solut.. [717]
34. Impedance Analysis of Piezoelectric Energy Harvesting System Using.. [713]
35. Modeling of partially covered piezoelectric energy harvester conne.. [713]
36. A Vibration-Powered Bluetooth Wireless Sensor Node with Running PF.. [711]
37. On the Circuit Solutions towards Broadband and High-Capability Pie.. [705]
38. Improvement of the equivalent impedance model for electromagnetic .. [700]
39. On the counteractive effect of dielectric loss in piezoelectric en.. [699]
40. Enhancement of Galloping-based Wind Energy Harvesting by Synchroni.. [698]
41. Generalized modeling and analysis of piezoelectric vibration energ.. [697]
42. ViPSN: A Vibration-Powered IoT Platform [695]
43. Equivalent impedance analysis and compensation of full-wave bridge.. [693]
44. Modelling of a cantilevered energy harvester with partial piezoele.. [688]
45. A Switched-Mode Self-Sensing Solution for Piezoelectric Synchronou.. [688]
46. Live Demo of A Vibration-Powered Bluetooth Sensor with Running PFC.. [682]
47. Implementation of synchronized triple bias-flip interface circuit .. [680]
48. A bidirectional energy conversion circuit for piezoelectric energy.. [678]
49. A Fully ZVS Dual-Active-Bridge Based Three-Port Converter with Hig.. [678]
50. Design of Class-E Power Amplifier With Nonlinear Components by Usi.. [676]
51. Controllable orbit jumps in bistable energy harvesters by using a .. [676]
52. 一种基于TinyML的低成本云边分离智能家居系统 [673]
53. DESIGN OF A CLASS-E INVERTER FOR PIEZOELECTRIC ULTRASOUND GENERATI.. [672]
54. Revisit of synchronized electric charge extraction (SECE) in piezo.. [672]
55. Analysis and Design of Capacitive Power Transfer Systems Based on .. [672]
56. Improvement on impedance model of electromagnetic energy harvestin.. [669]
57. An Efficient Steady-State Simulation of Class-E Resonant Inverter .. [657]
58. An Induced Voltage Source Model for Capacitive Power Transfer [657]
59. Impedance Modeling of Electromagnetic Energy Harvesting System Usi.. [656]
60. Synchronized Triple Bias-Flip Circuit for Piezoelectric Energy Har.. [647]
61. A dual-effect solution for broadband piezoelectric energy harvesti.. [633]
62. Uniform and Simplified Small-Signal Model for Inductive Power Tran.. [633]
63. Phase-Shift Modulated Interleaved LLC Converter With Ultrawide Out.. [626]
64. A tapered beam piezoelectric energy harvester shunted to P-SSHI in.. [613]
65. Reduced-order model for inductive power transfer systems [613]
66. New insight into piezoelectric energy harvesting with mechanical a.. [610]
67. Power Solutions of A Vibration-Powered Sensor Node [598]
68. 一种带能量管理功能的小型无源物联网实用开发板 [586]
69. Exploring the magnetic plucking motion towards a transient-motion-.. [584]
70. Theoretical Study of a Two-Degree-of-Freedom Piezoelectric Energy .. [576]
71. Simulation of Switched-mode Power Conversion Circuits with Extende.. [576]
72. A Wind-Driven Poly(tetrafluoroethylene) Electret and Polylactide P.. [563]
73. Overview of Voltage Regulator Modules in 48 V Bus-Based Data Cente.. [556]
74. A Three-Port Energy Router for Grid-Tied PV Generation Systems Wit.. [555]
75. Acoustic-elastic metamaterials and phononic crystals for energy ha.. [554]
76. Series Synchronized Triple Bias-Flip Circuit: Maximizing the Usage.. [553]
77. 可重构振动供能物联网节点 [551]
78. IntelliSense silk fibroin ionotronic batteries for wildfire detect.. [550]
79. Current Zero-Crossing Prediction Based Critical Conduction Mode Co.. [549]
80. A twist piezoelectric beam for multi-directional energy harvesting [545]
81. A Multi-step Charge Extractions and Voltage Bias-flip (MCEBF) Inte.. [543]
82. A Switched-Mode Time-Sharing Solution for Piezoelectric Energy Har.. [541]
83. Three-Port Power Electronic Interface with Decoupled Voltage Regul.. [541]
84. Synchronized switch piezoelectric energy harvesting using rotating.. [540]
85. A Load-Independent Fission-Type Inductive Power Transfer System fo.. [531]
86. Synchronous Switch Current Reversion (SSCR) Technique for Motor Br.. [531]
87. Mode Switching Based Parameter Identification for 2TX-1RX Wireless.. [526]
88. An Integrated Piezoelectric Energy Harvesting Interface Circuit Wi.. [523]
89. A piezoelectric smart backing ring for high-performance power gene.. [522]
90. A switched-mode piezoelectric interface circuit for dynamics sensi.. [520]
91. Resonant Frequency Tracking Scheme for LLC Converter Based on Larg.. [518]
92. On the use of metasurface for Vortex-Induced vibration suppression.. [517]
93. Improved theoretical analysis and design guidelines of a two-degre.. [516]
94. A Self-Powered Synchronous Switch Energy Extraction Circuit for El.. [514]
95. Deep-Learning Assisted Finite Element Model of a Galloping Piezoel.. [505]
96. Reconfigurable and Modular Wireless Charger Based on Dual-Band Des.. [505]
97. High-Order Compensated Capacitive Power Transfer Systems With Misa.. [500]
98. A Three-transistor Energy Management Circuit for Energy-harvesting.. [500]
99. 瞬态运动能量收集器及瞬态运动供能物联网传感节点设备 [498]
100. 电压同步多次翻转压电动能收集电路 [497]

下载量

1. Circuit Techniques for High Efficiency Piezoelectric Energy Harves.. [624]
2. Theoretical and Experimental Study of the Vibration Dynamics of a .. [350]
3. Best voltage bias-flipping strategy towards maximum piezoelectric .. [267]
4. Editorial: Miniaturized Bioenergy and Energy Harvesting Systems [233]
5. AlN MEMS filters with extremely high bandwidth widening capability [230]
6. Harmonic modeling of vibration energy harvesting systems using ext.. [229]
7. Frequency Up-Conversion for Vibration Energy Harvesting: A Review [185]
8. Time-sharing orbit jump and energy harvesting in nonlinear piezoel.. [172]
9. Synchronized Triple Bias-Flip Interface Circuit for Piezoelectric .. [21]
10. Decomposition and Synthesis of High-Order Compensated Inductive Po.. [14]
11. Revisit of synchronized electric charge extraction (SECE) in piezo.. [11]
12. A string-suspended and driven rotor for efficient ultra-low freque.. [8]
13. A Bidirectional Energy Conversion Circuit Toward Multifunctional P.. [8]
14. A PV-Battery Three-Port Wireless Charger for Unmanned Aerial Vehic.. [8]
15. Phase-Variable Control of Parallel Synchronized Triple Bias-Flips .. [7]
16. Injection Based Online Capacitance Monitoring with Optimal Selecti.. [7]
17. ViPSN: A Vibration-Powered IoT Platform [5]
18. Comprehensive Overview of Power Electronics Intensive Solutions fo.. [5]
19. A Switched-Capacitor and Series-Resonant Hybrid MHz DCX in Data Ce.. [5]
20. An Efficient Steady-State Simulation of Class-E Resonant Inverter .. [4]
21. A Switched-Mode Self-Sensing Solution for Piezoelectric Synchronou.. [4]
22. 一种基于无源物联网的交互式广告系统 [4]
23. Low-cost and compact piezoelectric energy harvesting floor tile fo.. [4]
24. A Battery-free and Sensor-less Photovoltaic Tag for Real-time Indo.. [4]
25. A Synchronous Current Inversion and Energy Extraction Circuit for .. [4]
26. Cycle Estimation-Based Deadbeat Interleaving Method for Critical M.. [4]
27. 低成本弱光太阳能电池在无源物联网的潜在大规模应用 [4]
28. Unified modeling, analysis and comparison of piezoelectric vibrati.. [3]
29. High-Order Compensated Capacitive Power Transfer Systems With Misa.. [3]
30. Uniform and Simplified Small-Signal Model for Inductive Power Tran.. [3]
31. Multi-Constraint Design of Single-Switch Resonant Converters Based.. [3]
32. Current Zero-Crossing Prediction Based Critical Conduction Mode Co.. [3]
33. Functionalization of structural materials through electro-blown sp.. [3]
34. A Four-in-one Compact Design of Monostable Quasi-Static-Toggling M.. [3]
35. 自动机外刀具长度测量装置的设计与实验研究 [3]
36. Load-Insensitive Design of Class E Inverter Based on Inequality Co.. [3]
37. Energy and dynamics analysis of a single plucking energy harvester.. [3]
38. Mechanical Input Energy Optimization of Quasi-static-toggling Elec.. [3]
39. Energy Harvesting from Horizontal and Vertical Backpack Movements .. [2]
40. 一种机械位移极值开关及其在振动能量收集中的应用 [2]
41. Simulation of Switched-mode Power Conversion Circuits with Extende.. [2]
42. IntelliSense silk fibroin ionotronic batteries for wildfire detect.. [2]
43. A 2-D Inductive Power Transfer Network for Powering Massive Neighb.. [2]
44. Three-Port Power Electronic Interface with Decoupled Voltage Regul.. [2]
45. A Battery-free Pavement Roughness Estimation System Based on Kinet.. [2]
46. 自动机外刀具长度测量装置 [2]
47. 基于LCC-S补偿网络的无线充电系统小信号模型 [2]
48. A Load-Independent Fission-Type Inductive Power Transfer System fo.. [2]
49. A Self-Powered Synchronous Switch Energy Extraction Circuit for El.. [2]
50. Resonant Frequency Tracking Scheme for LLC Converter Based on Larg.. [2]
51. Load-Impedance Insensitive Design of High-Efficiency Class EF Inve.. [2]
52. A Wireless Voting System Built With Many Battery-Free Motion-Power.. [2]
53. A Synchronous Current Inversion and Energy Extraction Circuit for .. [2]
54. Design and Optimization of an Auxetic Piezoelectric Energy Harvest.. [2]
55. A smart wearable device for capturing biomechanical energy from hu.. [2]
56. A Software-Defined Reconfigurable Battery System Prototype [2]
57. Self-Powered and Self-Sensing Floor Tiles and Fall Detection Syste.. [2]
58. Synchronized bias-flip interface circuits for piezoelectric energy.. [1]
59. Synchronized Triple Bias-Flip Circuit for Piezoelectric Energy Har.. [1]
60. Design of Class-E Power Amplifier With Nonlinear Components by Usi.. [1]
61. A Comparative Study on the Mechatronic and Electronic Self-Powered.. [1]
62. A mechatronic power boosting design for piezoelectric generators [1]
63. A mechanical solution of self-powered SSHI interface for piezoelec.. [1]
64. Impedance Modeling of Electromagnetic Energy Harvesting System Usi.. [1]
65. A Vibration-Powered Bluetooth Wireless Sensor Node with Running PF.. [1]
66. An Improvement on Extended Impedance Method towards Efficient Stea.. [1]
67. Series Synchronized Triple Bias-flip (S-S3BF) Interface Circuit fo.. [1]
68. Boosting the efficiency of a footstep piezoelectric-stack energy h.. [1]
69. Analysis and Design of Capacitive Power Transfer Systems Based on .. [1]
70. Phase-Shift Modulated Interleaved LLC Converter With Ultrawide Out.. [1]
71. Coupling Coefficient and Load Estimation for Wireless Power Transf.. [1]
72. 电压同步多次翻转压电动能收集电路 [1]
73. A Fully ZVS Dual-Active-Bridge Based Three-Port Converter with Hig.. [1]
74. Deep-Learning Assisted Finite Element Model of a Galloping Piezoel.. [1]
75. Triboelectric energy harvesting using an origami-inspired structur.. [1]
76. Live DEMo of a transient-motion-powered human motion detector [1]
77. Equivalent impedance analysis and compensation of full-wave bridge.. [1]
78. ViPSN-Pluck: A Transient-Motion-Powered Motion Detector [1]
79. Multiple Harmonics Extended Impedance Model of Piezoelectric Energ.. [1]
80. A Multi-step Charge Extractions and Voltage Bias-flip (MCEBF) Inte.. [1]
81. A Three-Port Energy Router for Grid-Tied PV Generation Systems Wit.. [1]
82. Energy and dynamic analysis of quasi-static toggling mechanical en.. [1]
83. Kinetic energy harvesting based sensing and IoT systems: A review [1]
84. AlN Hybrid-Coupled Resonators With High Acoustic Velocity Layer [1]
85. Overview of Voltage Regulator Modules in 48 V Bus-Based Data Cente.. [1]
86. 水诱导相分离法制备的P VDF柔性压电传感器 [1]
87. Mode Switching Based Parameter Identification for 2TX-1RX Wireless.. [1]
88. Reconfigurable and Modular Wireless Charger Based on Dual-Band Des.. [1]
89. 一种基于磁电能量收集技术的无源投票系统 [1]
90. 一种基于TinyML的超低功耗高可靠端侧预测性维护系统 [1]
91. IntelliSense Bio-Ionotronics Battery for Early Warning of Geologic.. [1]
92. A Three-transistor Energy Management Circuit for Energy-harvesting.. [1]
93. Detuned LCC/S-S Compensation for Stable-Output Inductive Power Tra.. [1]
94. MP-HAR: A Novel Motion-Powered Real-Time Human Activity Recognitio.. [1]
95. Smart Minion: A Low-cost Serverless Multimodal Access Control Syst.. [1]
96. Modified LCC Compensation and Magnetic Integration for Inductive P.. [1]
97. Decoupled State-Plane Analysis of Series-Series Compensated Bidire.. [1]
98. Weight Judgement Based Thermal Balancing Strategy for Interleaved .. [1]
99. A Self-Sensing Synchronous Switch Circuit for Bidirectional Piezoe.. [1]
100. 6G Network AI Architecture for Everyone-Centric Customized Service.. [1]