Process: tsmc 40nm A Full-duplex Front-end with broadband and long-delay spread SIC
X.Li, Y.H. Huang, F.Yin
Process: tsmc 28nm HPC+ V-band 2x2 Phased-array RX
K.D. Chu
Process: 16nm FinFET A Dual-Mode V-Band 2/4-Way Non-Uniform Power-Combining PA
K.D. Chu
Process: tsmc 65nm A Bidirectional Brain Computer Interface with 64-Channel Recording, Resonant Stimulation and Artifact Suppression
J.P. Uehlin, W.A. Smith, V.R. Pamula, E.P. Pepin
Process: tsmc 40nm Wideband Full Duplex Front-end
K. Chu; M. Katanbaf; T. Zhang; C. X. Su
Process: tsmc 65nm A Scalable, Highly-Multiplexed Delta-Encoded Digital Feedback ECoG Recording Amplifier
W.A. Smith, J.P. Uehlin
Process: tsmc 40nm Wideband Full Duplex Front-end
T. Zhang, A. Najafi, C.X. Su
Process: tsmc 40nm Full Duplex Front-end
T. Zhang, Y. Chen, C. Huang
Process: GF 28nm Quadrature Generation
T. Zhang, M. Taghivand
Process: tsmc 65nm High-voltage compliant Neural stimulation
E. Pepin, D. Micheletti
Process: tsmc 90nm A Fully Integrated, Regulatorless CMOS Power Amplifier for Long-Range Wireless Sensor Communication
W.Wesson,V.Bhagavatula, K.W.Pang, S.Shin, P.Yang
Process: tsmc 40nm Analysis and Design of a Transformer-Feedback Based Wideband Receiver
V.Bhagavatula
Process: 55nm CMOS A 12b 200MS/s Frequency Scalable Zero-Crossing Based Pipelined ADC in 55nm CMOS
Soon-Kyun Shin
Process: tsmc 40nm A compact 24-54 GHz CMOS band-pass distributed amplifier for high fractional bandwidth signal amplification
V.Bhagavatula
Process: tsmc 40nm An Integrated CMOS Passive Transmitter Leakage Suppression Technique for FDD Radios
T. Zhang, A.R. Suvarna
Process: 55nm CMOS A 12-bit 200 MS/s Zero-Crossing-Based Pipelined ADC with Early sub-ADC Decision and Output Residue Background Calibration
Soon-Kyun Shin
Process: tsmc 40nm
T. Zhang, V. Bhagavatula
Process: tsmc 40nm V. Bhagavatula, T. Zhang, A.R. Suvarna
Process: CMOS 130 nm STMicroelectronics 64 channel ASIC for Silicon Photomultiplier (SiPM) based Positron Emission Tomography (PET) Systems
S. Dey
Process: tsmc 65 nm CMOS Bidirectional 0-12 V driver for high-impedance neural stimulation electronics
E. Pepin