02 / TIA LITERATURE
TIA 文献分析
围绕跨阻放大器、接收机与高速接口的论文分析、术语解释和横向比较。
总览TIA 相关文献分析与汇总对比查看横向对比 ->01A 56-Gb/s PAM-4 Optical Transceiver with Nonlinear FFE for VCSEL Driver in 40nm CMOS作者: Pen-Jui Peng (台湾清华), Hsiang-En Huang, Wei-Chien Huang (元智大学), Po-Lin Lee, Ming-Wei Lin, Ying-Zong Juang, Sheng-Hsian…名词解释 -> 02A Wideband Low-Noise Linear LiDAR Analog Front-End Achieving 1.6 GHz bandwidth, 2.7 pA/Hz^0.5 Input Referred Noise, and 103 dBΩ Transimpedance Gain作者: Yidan Zhang, Zhao Zhang\*, Yiqing Xu, Xinyu Shen, Nan Qi, Nanjian Wu, Jian Liu, Liyuan Liu 单位: 中科院半导体所 / 中国科学院大学…名词解释 -> 03A 2pA/√Hz Current-Conveyor-Assisted Ultrasound Receiver with 25pF CMUT Parasitic Capacitance作者: Gichan Yun, Kyeongwon Jeong, Haidam Choi, Seunghyeon Nam, Chaerin Oh, Hyunjoo Jenny Lee, Sohmyung Ha, Minkyu Je 单位:…名词解释 -> 04A Wireless Battery-Free Cerebral-Oxygen-Monitoring Micro-System Featuring 0.028% Sensing Resolution作者: Weixiao Wang, Boyu Zhu, Yangfan Xuan, Yili Shen, Qijing Xiao, Zhiyu Wang, Yuxuan Luo, Gang Pan, Bin Su, Bo Zhao 单位:…名词解释 -> 05A 1kHz-to-62MHz 2.06zFrms Resolution Lock-in Amplifier with SAR-assisted Parasitic and Baseline Capacitance Compensation作者: Minge Jiang, Shen Ye, Tianxiang Qu, Tian Dong, Qinjing Pan, Zhiliang Hong, Jiawei Xu 单位: 复旦大学…名词解释 -> 06A 10.5 Gbps 0.55 pJ/bit PAM-3 Transceiver Using a Self-driven Dual TIA Receiver and Floating Impedance Matching for Parallel On-chip Transmission Lines作者: Donghyun Yoon\*, Junsen He\* (NTU), Kwang-Hyun Baek (Chung-Ang Univ.), Youngdon Choi, Junghwan Choi (Samsung), Tony…名词解释 -> 07A 14.7mW Blocker-Tolerant Wideband Receiver Using a Transformer-Based N-Path Passive-LNA and a 2nd-Order TIA Achieving 110MHz RF-BW and 13dBm OB-IIP3作者: Gengzhen Qi (中山大学), Pui-In Mak (澳门大学) DOI: 10.1109/A-SSCC60305.2024.10849137…名词解释 -> 08A 118.89 Tb/s/mm/pJ/bit 18-Gb/s/wire Run-Length-Tolerant Transition-Driven AC-Coupled Transceiver for Short-Reach Die-to-Die Interfaces作者: Jun-Cheol Lee, Joo-Hyung Chae 单位: 韩国光云大学 (Kwangwoon University)…名词解释 -> 09A 500MHz, 0.5% THD With 400mVpp Linear Transimpedance Amplifier (TIA) for Analog Optical and In-memory Computing Applications作者与单位: 见论文原文首页 会议: IEEE APCCAS 2024…名词解释 -> 10A CMOS Transimpedance Amplifier Accommodating Wide CPD and Input Bias Range for Chaos Lidar作者与单位: 见论文原文首页（下方已附前三页原图） 会议: IEEE APCCAS 2024…名词解释 -> 11Low-power and Small-area Transimpedance Amplifier with Active Inductor in 65 nm CMOS作者与单位: 见论文原文首页（下方已附前三页原图） 会议: IEEE APCCAS 2024…名词解释 -> 12An Analog-Front-End with Ultra Low-Power in Optical Sensor for FMCW LiDAR System作者与单位: 见论文原文首页（下方已附前三页原图） 会议: IEEE APCCAS 2025…名词解释 -> 13A Wide Bandwidth TIA with Low Power Consumption for PNN Prototyping作者与单位: 见论文原文首页（下方已附前三页原图） 会议: IEEE APCCAS 2025…名词解释 -> 14A 11pA/√Hz TIA with +15dB input OMA range for 112Gb/s PAM4 Optical Links in 22nm FDSOI作者与单位: Mahdi Parvizi 等，Cisco Systems 会议: IEEE CICC 2024…名词解释 -> 15A 44μW 140dB-DR Hybrid Light-to-Digital Converter with Current-Tracking Dynamic Zoom and Power-Scaling OTA作者与单位: Chang Yao 等，复旦大学 / Novosense Microelectronics 会议: IEEE CICC 2024…名词解释 -> 16An Integrated Burst-Mode 2R Receiver Employing Fast Residual Offset Canceller for XGS-PON in 40-nm CMOS作者与单位: Yifei Xia 等，西安交通大学 / Huawei Technologies 会议: IEEE CICC 2024…名词解释 -> 17A CMOS Low-Noise Fast-Settling BM-TIA with CM-Post-Amplifier Chip Connectivity for 50G-PON作者与单位: Yifei Xia 等，西安交通大学 会议: IEEE CICC 2025…名词解释 -> 18A direct digitizing, 1MHz bandwidth, 28fA/√Hz current sensing front-end based on a mixed-signal integrator-differentiator TIA in 28nm CMOS作者与单位: David-Peter Wiens 等，University of Ulm 会议: IEEE CICC 2025…名词解释 -> 19A Low-Power, Compact, Adaptive Logarithmic Transimpedance Amplifier Operating over Seven Decades of Current作者与单位: 见论文原文首页（下方已附前三页原图） 会议: IEEE ISCAS 2007…名词解释 -> 20CMOS transimpedance amplifier for biosensor signal acquisition作者与单位: 见论文原文首页（下方已附前三页原图） 会议: IEEE ISCAS 2014…名词解释 -> 21Low-power transimpedance amplifier for near infrared spectroscopy作者与单位: 见论文原文首页 会议: IEEE ISCAS 2016…名词解释 -> 22A Dual-Mode Adjustable High-Gain Ultra-Low Noise Transimpedance Amplifier for Fine Dust Detection作者与单位: 见论文原文首页（下方已附前三页原图） 会议: IEEE ISCAS 2020…名词解释 -> 23Dynamic Damping in Transimpedance Amplifiers作者与单位: 见论文原文首页（下方已附前三页原图） 会议: IEEE ISCAS 2020…名词解释 -> 24A 2.4GHz Sub-passive RF Down-converter with Trans-frequency Current-reusing scheme achieving Low Flicker Noise and High Linearity作者与单位: 见论文原文首页（下方已附前三页原图） 会议: IEEE ISCAS 2024…名词解释 -> 25Interleaving Active Feedback in Inverter-Based Optical Receivers for Bandwidth Extension and Linearity Improvement作者与单位: 见论文原文首页（下方已附前三页原图） 会议: IEEE ISCAS 2024…名词解释 -> 26A Low-Power Multimode Eight-Channel AFE for dToF LiDAR作者与单位: 见论文原文首页 会议: IEEE ISCAS 2024…名词解释 -> 27A Mixed-Signal TIA with Input Restoring ADC作者与单位: 见论文原文首页（下方已附前三页原图） 会议: IEEE ISCAS 2024…名词解释 -> 28Modeling and Validation of Offset Cancellation for Hybrid Photonic-Electronic Transimpedance Amplifier Using All-Electronic Circuits作者与单位: 见论文原文首页（下方已附前三页原图） 会议: IEEE ISCAS 2024…名词解释 -> 29SAR-MemPipe: A Hybrid Pipeline-SAR Memristive ADC for Analog Resistive Arrays作者与单位: 见论文原文首页（下方已附前三页原图） 会议: IEEE ISCAS 2024…名词解释 -> 30Analog Test Bus Structure for Wide-Bandwidth High-Frequency Measurements作者与单位: 见论文原文首页（下方已附前三页原图） 会议: IEEE ISCAS 2025…名词解释 -> 31Current-Mirror Based Ambient Light Rejection Technique for VLC Receiver作者与单位: 见论文原文首页（下方已附前三页原图） 会议: IEEE ISCAS 2025…名词解释 -> 32Energy Efficient Voltage-Mode Simultaneous Bidirectional Transceiver for Serial Links作者与单位: 见论文原文首页（下方已附前三页原图） 会议: IEEE ISCAS 2025…名词解释 -> 33A BW-Extended Multi-Band Receiver with High-Order N-Path Filtering at RF Front-End and BB Achieving 200MHz BW and 36.5dBm OB-IIP3作者与单位: 见论文原文首页（下方已附前三页原图） 会议: IEEE ISCAS 2025…名词解释 -> 34A Low-Power Wireless Optical SoC for Fluorescence Monitoring作者与单位: 见论文原文首页（下方已附前三页原图） 会议: IEEE ISCAS 2025…名词解释 -> 35An OTA with Series-Cascode-Miller Compensation and Anti-Pole-Splitting for a 360-MHz BW Low-Distortion TIA in Sub-6G Broadband RF Receivers作者与单位: 见论文原文首页（下方已附前三页原图） 会议: IEEE ISCAS 2025…名词解释 -> 36A 50 Gb/s Rad-Hard Quad TIA IC for Onboard Satellite Interconnects作者与单位: 见论文原文首页（下方已附前三页原图） 会议: IEEE ISCAS 2025…名词解释 -> 37A Transceiver for NMR Field Probes Integrated in a Low-Power CMOS Process作者与单位: 见论文原文首页（下方已附前三页原图） 会议: IEEE ISCAS 2025…名词解释 -> 38A 0.156 NEF Transimpedance Amplifier with Analog-Domain Multi-Band Fusion Technique for High-sensitivity and Broadband Hydrophones作者与单位: 见论文原文首页（下方已附前三页原图） 会议: IEEE ISCAS 2026…名词解释 -> 39A 196-MHz Bandwidth Transimpedance Amplifier with High Out-of-Band Rejection Employing Transmission Zeros作者与单位: 见论文原文首页（下方已附前三页原图） 会议: IEEE ISCAS 2026…名词解释 -> 40A 0.74 pJ/bit 10 Gbps PAM-4 Transceiver with Triple TIA Termination and Power-saving Addition-only Driving for Parallel Memory Interface Channels作者与单位: 见论文原文首页（下方已附前三页原图） 会议: IEEE ISCAS 2026…名词解释 -> 41A 50/25/12.5 Gb/s Fast-Settling Burst-Mode Transimpedance Amplifier for 50G-PON作者与单位: 见论文原文首页（下方已附前三页原图） 会议: IEEE ISCAS 2026…名词解释 -> 42A Low-phase-error FD-fNIRS Readout Circuit with Sub-1V Transimpedance Amplifier and LC-ADC-based Amplitude Control Loop作者与单位: 见论文原文首页（下方已附前三页原图） 会议: IEEE ISCAS 2026…名词解释 -> 43A Reconfigurable Intracranial Multimodal Monitoring ASIC with on-chip PVT-Insensitive Waveform Generator作者与单位: 见论文原文首页（下方已附前三页原图） 会议: IEEE ISCAS 2026…名词解释 -> 44Low-power transimpedance amplifier for near infrared spectroscopy作者与单位: 见论文原文首页 会议: IEEE ISCAS 2016…名词解释 -> 45A 500MHz, 0.5% THD With 400mVpp Linear Transimpedance Amplifier (TIA) for Analog Optical and In-memory Computing Applications作者与单位: 见论文原文首页 会议: IEEE APCCAS 2024…名词解释 -> 46A 1kHz-to-62MHz 2.06zFrms Resolution Lock-in Amplifier with SAR-assisted Parasitic and Baseline Capacitance Compensation作者: Minge Jiang, Shen Ye, Tianxiang Qu, Tian Dong, Qinjing Pan, Zhiliang Hong, Jiawei Xu 单位: 复旦大学…名词解释 -> 47A Low-Power Multimode Eight-Channel AFE for dToF LiDAR作者与单位: 见论文原文首页 会议: IEEE ISCAS 2024…名词解释 -> 48A direct digitizing, 1MHz bandwidth, 28fA/√Hz current sensing front-end based on a mixed-signal integrator-differentiator TIA in 28nm CMOS作者与单位: David-Peter Wiens 等，University of Ulm 会议: IEEE CICC 2025…名词解释 ->