Kui Wen
Xidian University(CN)
Publications by Year
Research Areas
Analog and Mixed-Signal Circuit Design, CCD and CMOS Imaging Sensors, Neuroscience and Neural Engineering, Low-power high-performance VLSI design, Sensor Technology and Measurement Systems
Most-Cited Works
- → A −64.3 dB THD, 26 nV/√ Hz Bio-Potential Readout Analog-Front-End Amplifier With a Gm-C Integrator-Implanted DC Servo Loop, and a Bulk-Driven Ripple Reduction Loop(2023)11 cited
- → A 0.26 μVrms instrumentation amplifier based on discrete-time DC servo loop with successive-approximation-compensation technique and Chopper DAC Array(2023)6 cited
- → A 182.9-dB FoM 108.2-dB SFDR Power/Bandwidth Configurable Fully Dynamic Switched-Capacitor Zoom ADC With Interstage Leakage Shaping(2024)6 cited
- → A voltage-adjustable output-capacitorless LDO regulator with split-length current mirror compensation and overshoot/undershoot reduction(2020)5 cited
- → A chopper instrumentation amplifier with discrete-time compensation based on current generation unit to eliminate electrode DC offset(2024)5 cited
- → An 18-Bit 183.9dB-FoMS,DR MES/Calibration-Free Scalable Zoom ADC Using Fully Passive Coarse Modulator and Gain-Linearity-Enhanced FIA with Sub-1ppm-THD at Full Scale Input in 65-nm CMOS(2025)4 cited
- → A low-noise high-precision analog front end system for biopotential signals recording application(2022)4 cited
- → A 36.8-μW 66 nV/√Hz 85.7 dB-System-SNDR Reconfigurable Single-Channel ExG Acquisition System for Bio-Sensor Modules(2025)3 cited
- → A $142.8-\mu \text{W}$ 98.1dB-SNDR Power/Bandwidth Configurable Fully Dynamic Discrete-Time Zoom ADC with Interstage Leakage Shaping(2023)2 cited
- → An instrumentation amplifier with series switch pseudo resistor DC-servo loop realizing 0.16-Hz high-pass corner(2024)1 cited