School of Microelectronics
Lecturer
Electronic science and technology
18618264609
chen-fei@tju.edu.cn
tian jin
Electronic Science and Technology Lecturer, Master Instructor. Main research interests is integrated circuit design for medical hearing aids, low-power wireless transceivers, and terahertz imaging. As reviewers of IEEE journals T-MTT, TCAS-I, T-BioCAS and so on.
Reasearch projects:
1. Preside over the National Natural Science Fund Project: CMOS THz heat detector mechanism and key technologies.
2. National Key R & D Program Nanotechnology: CMOS compatible terahertz source, detection and array imaging, sub task leader.
3. Preside over Tianjin Natural Science Foundation: Research on Key Technologies of Low-power UWB Transceiver for Wireless Hearing Aid Devices.
4. Participate in the national high-tech research and development plan (863 plan) sub-topics, high-performance SOI diode uncooled infrared imaging array sensors and systems.
5. Participate in the national science and technology major project 03 special: a new generation of broadband wireless mobile communication network, the project name: for IMT-Advanced and other broadband wireless communication systems RF chips, devices and modules research and development.
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- Papers
- [1] A Chirp-UWB Transceiver with Embedded Bulk PPM for Energy Efficient Data Transmission
- [2] A 3.5-4GHz FMCW Radar Transceiver Design with Phase-Domain Oversampled Ranging by Utilizing a 1-bit ΔΣ TDC
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- [3] A 1.6Mb/s 3.75-4.25GHz Chirp-UWB Transceiver with Enhanced Spectral Efficiency in 0.18um CMOS
- [4] An FM-UWB Transceiver with M-PSK Subcarrier Modulation and Regenerative FM Demodulation
- [5] A 3.8mW, 3.5–4GHz regenerative FM-UWB receiver with enhanced linearity by utilizing a wideband LNA and dual bandpass filters
- [6] A 1.14mW 750kb/s FM-UWB Transmitter with 8-FSK Subcarrier Modulation
- [7] A Phase-Domain ΔΣ Ranging Method for FMCW Radar Receivers
- [8] A Reconfigurable FM-UWB Transceiver for Short-Range Wireless Communications
- [9] A CMOS QPSK Demodulator Frontend for a PON ONU
- [10] A 1mW 1Mb/s 7.75-to-8.25GHz Chirp-UWB Transceiver with Low Peak-Power Transmission and Fast Synchronization Capability
- Books
- [1] 生物医疗电子系统:能量注入与无线数据传输
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- Teaching
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- Honors & Awards