Po-Han Peter Wang

Publication Activity (10 Years)

Years Active: 2017-2023
Publications (10 Years): 14

Top Topics

Probabilistic Relaxation

High Sensitivity

Top Venues

IEEE J. Solid State Circuits

IEEE Trans. Circuits Syst. I Regul. Pap.

Publications

Miao Meng, Manideep Dunna, Shihkai Kuo, Hans Chinghan Yu, Po-Han Peter Wang, Dinesh Bharadia, Patrick P. Mercier
A Fully-Reflective Wi-Fi-Compatible Backscatter Communication System With Retro-Reflective MIMO Gain for Improved Range. IEEE J. Solid State Circuits 58 (9) (2023)
Miao Meng, Manideep Dunna, Hans Yu, Shihkai Kuo, Po-Han Peter Wang, Dinesh Bharadia, Patrick P. Mercier
12.2 Improving the Range of WiFi Backscatter Via a Passive Retro-Reflective Single-Side-Band-Modulating MIMO Array and Non-Absorbing Termination. ISSCC (2021)
Po-Han Peter Wang, Patrick P. Mercier
A Dual-Mode Wi-Fi/BLE Wake-Up Receiver. IEEE J. Solid State Circuits 56 (4) (2021)
Po-Han Peter Wang, Patrick P. Mercier
An Interference-Resilient BLE-Compatible Wake-Up Receiver Employing Single-Die Multi-Channel FBAR-Based Filtering and a 4-D Wake-Up Signature. IEEE J. Solid State Circuits 56 (2) (2021)
Po-Han Peter Wang, Chi Zhang, Hongsen Yang, Dinesh Bharadia, Patrick P. Mercier
20.1 A 28µW IoT Tag That Can Communicate with Commodity WiFi Transceivers via a Single-Side-Band QPSK Backscatter Communication Technique. ISSCC (2020)
Haowei Jiang, Po-Han Peter Wang, Li Gao, Corentin Pochet, Gabriel M. Rebeiz, Drew A. Hall, Patrick P. Mercier
Temperature-Robust Wake-Up Receiver Achieving a Sensitivity of -69.5 dBm at 9 GHz. IEEE J. Solid State Circuits 55 (6) (2020)
Po-Han Peter Wang, Chi Zhang, Hongsen Yang, Manideep Dunna, Dinesh Bharadia, Patrick P. Mercier
A Low-Power Backscatter Modulation System Communicating Across Tens of Meters With Standards-Compliant Wi-Fi Transceivers. IEEE J. Solid State Circuits 55 (11) (2020)
Po-Han Peter Wang, Patrick P. Mercier
A 4.4μW -92/-90.3dBm Sensitivity Dual-Mode BLE/Wi-Fi Wake-up Receiver. VLSI Circuits (2020)
Po-Han Peter Wang, Patrick P. Mercier
A 220μW -85dBm Sensitivity BLE-Compliant Wake-up Receiver Achieving -60dB SIR via Single-Die Multi- Channel FBAR-Based Filtering and a 4-Dimentional Wake-Up Signature. ISSCC (2019)
Po-Han Peter Wang, Haowei Jiang, Li Gao, Pinar Sen, Young-Han Kim, Gabriel M. Rebeiz, Patrick P. Mercier, Drew A. Hall
A Near-Zero-Power Wake-Up Receiver Achieving -69-dBm Sensitivity. IEEE J. Solid State Circuits 53 (6) (2018)
Haowei Jiang, Po-Han Peter Wang, Patrick P. Mercier, Drew A. Hall
A 0.4-V 0.93-nW/kHz Relaxation Oscillator Exploiting Comparator Temperature-Dependent Delay to Achieve 94-ppm/°C Stability. IEEE J. Solid State Circuits 53 (10) (2018)
Haowei Jiang, Po-Han Peter Wang, Li Gao, Pinar Sen, Young-Han Kim, Gabriel M. Rebeiz, Drew A. Hall, Patrick P. Mercier
24.5 A 4.5nW wake-up radio with -69dBm sensitivity. ISSCC (2017)
Po-Han Peter Wang, Haowei Jiang, Li Gao, Pinar Sen, Young-Han Kim, Gabriel M. Rebeiz, Patrick P. Mercier, Drew A. Hall
A 400 MHz 4.5 nW -63.8 dBm sensitivity wake-up receiver employing an active pseudo-balun envelope detector. ESSCIRC (2017)
Xiaoyang Wang, Po-Han Peter Wang, Yuan Cao, Patrick P. Mercier
A 0.6V 75nW All-CMOS Temperature Sensor With 1.67m°C/mV Supply Sensitivity. IEEE Trans. Circuits Syst. I Regul. Pap. (9) (2017)