Feng Yan

PhD Student

Sun Yat-sen University

Feng Yan (Graduate Student Member, IEEE) received the B.Sc. degree in physics of electronic engineering from Yuncheng University, Shanxi, China, in 2018, and the M.Sc. degree in physics and electronics from Hunan Normal University, Hunan, China, in 2021. He received the Ph.D. degree from Sun Yat-sen University, Shenzhen, China, in 2025. He is currently a faculty postdoctoral researcher at Hunan Normal University.

His current research interests include circuit design of analog front end for biomedical applications and sensor interfaces.

Interests

Analog Front End for Biomedical Applications
Sensor Interfaces

Education

MSc, time~time
Hunan Normal University
BSc, time~time
Yuncheng University

Latest

Design of a Low-noise Instrumentation Amplifier with Triple-MOS Pseudo-resistor for Bio-signal Acquisition in Consumer Electronics
A Fully Integrated Storage-Free Energy Harvesting System with Voltage Self-Regulation and Dual-Channel Power Extraction
A 0.88nW Ultra-Low Gm Tunable Transconductor Based on Bootstrap Body Input for Biomedical Sensors
An Adaptive Dark Current Compensation Analog Front-End With Reconfigurable Transimpedance Amplifier for Fluorescence Temperature Sensors
A Dual-Channel Pseudo-Differential CMOS AFE for Fluorescence Optical Fiber Temperature Measurement
A Sub-0.9-ps Static Phase Offset 500 MHz Delay-Locked Loop With a Large Gain Phase Detector
A 0.6-V 9.38-Bit 6.9-kS/s Capacitor-Splitting Bypass Window SAR ADC for Wearable 12-Lead ECG Acquisition Systems
A 9.68 nW 57.51dB SNDR SAR ADC with Dual Bypass Windows Based on Non-binary Split Capacitors for Biomedical Applications
A 3.7-nW 248-ppm/°C Subthreshold Self-Biased CMOS Current Reference
An SDPF RISC-V Processor with 55.9% Dhrystone Improvement Using Two-Stage Pseudo-Pipelined Architecture for IoT Applications
On-Chip Power Source Using Optimized On-Chip Solar Cells Based on a Standard Bulk CMOS Process for Single-Chip Self-Powered Smart Microsensors
A 1-V Wide Swing Image Sensor With Simultaneous Energy Harvesting and Imaging Modes for IoT Applications
A Second-Order Noise-Shaping SAR ADC for Biomedical Sensor Applications
A 0.816 nW 12.3 pS Tunable Low-Gm Transconductor for Bio-electrical Signal Acquisition
A 1.02 ppm/°C Precision Bandgap Reference with High-order Curvature Compensation for Fluorescence Detection
A 0.6 V 10-bit 20 kHz Capacitor Splitting Bypass Window SAR ADC for Biomedical Applications
A High-Impedance 3-MOSFET Pseudo-Resistor for Instrumentation Amplifiers of Biomedical Sensors
A Self-Biased Subthreshold CMOS Voltage Reference with Temperature Compensation Circuit for IoT Self-Powered Sensor Applications
A High-Precision Voltage Reference with a Curvature-Compensated Bandgap for Fluorescence Detection
A 1.65 nW 11.14 ppm/°C Self-Biased Subthreshold CMOS Voltage Reference with Temperature Compensation Circuit
An Integrated Fluorescence Optical Fiber Temperature Sensor Front-End Based on a Ring-Gate-Isolated Photodiode
Analog Front-End Input-Impedance Boosting Techniques for Bio-Potential Monitoring—A Review
A Wide Linear Range Ultra-low Transconductance Amplifier for Biomedical Sensor Applications
A 10.16% Efficiency On-Chip Solar Cells With Analytical Model Based on a Standard Bulk CMOS Process for Self-Powered Microsensors
Design of a Novel Ultra-Low Power Time-Domain Temperature Sensor
An Ultra-Low Power Time-Domain Temperature Sensor for IoT Applications
A 26 GHz On-chip Antenna Based on a 65 nm CMOS Process for Microsensor Applications