Design Considerations for Next Generation Wireless Power-Aware Microsensor Nodes. - David D. Wentzloff; Benton H. Calhoun; Rex Min; Alice Wang; Nathan Ickes; Anantha P. Chandrakasan (VLSI Design, 2004)

Direct Conversion Pulsed UWB Transceiver Architecture. - Raúl Blázquez; Fred S. Lee; David D. Wentzloff; Brian P. Ginsburg; Johnna Powell; Anantha P. Chandrakasan (DATE, 2005)

System design considerations for ultra-wideband communication. - David D. Wentzloff; Raúl Blázquez; Fred S. Lee; Brian P. Ginsburg; Johnna Powell; Anantha P. Chandrakasan (IEEE Commun. Mag., 2005)

Design Considerations for Ultra-Low Energy Wireless Microsensor Nodes. - Benton H. Calhoun; Denis C. Daly; Naveen Verma; Daniel F. Finchelstein; David D. Wentzloff; Alice Wang; Seong-Hwan Cho; Anantha P. Chandrakasan (IEEE Trans. Computers, 2005)

Delay-Based BPSK for Pulsed-UWB Communication. - David D. Wentzloff; Anantha P. Chandrakasan (ICASSP (3), 2007)

A 47pJ/pulse 3.1-to-5GHz All-Digital UWB Transmitter in 90nm CMOS. - David D. Wentzloff; Anantha P. Chandrakasan (ISSCC, 2007)

Pulse-based UWB transmitters for digital communication. - David D. Wentzloff (2007)

Ultra-low-power UWB for sensor network applications. - Patrick P. Mercier; Denis C. Daly; Manish Bhardwaj; David D. Wentzloff; Fred S. Lee; Anantha P. Chandrakasan (ISCAS, 2008)

Low-Power Impulse UWB Architectures and Circuits. - Anantha P. Chandrakasan; Fred S. Lee; David D. Wentzloff; Vivienne Sze; Brian P. Ginsburg; Patrick P. Mercier; Denis C. Daly; Raúl Blázquez (Proc. IEEE, 2009)

Wireless power transfer using resonant inductive coupling for 3D integrated ICs. - Sangwook Han; David D. Wentzloff (3DIC, 2010)

Harvesting a clock from a GSM signal for the wake-up of a wireless sensor network. - Jonathan K. Brown; David D. Wentzloff (ISCAS, 2010)

Recent advances in IR-UWB transceivers: An overview. - Jorge R. Fernandes; David D. Wentzloff (ISCAS, 2010)

IR-UWB transmitters synthesized from standard digital library components. - Youngmin Park; David D. Wentzloff (ISCAS, 2010)

A cyclic vernier time-to-digital converter synthesized from a 65nm CMOS standard library. - Youngmin Park; David D. Wentzloff (ISCAS, 2010)

Special issue on breakthrough architectures for image and video systems. - Rajesh Narasimha; Madhukar Budagavi; Seok-Jun Lee; David D. Wentzloff (Signal Process. Image Commun., 2010)

A 900 Mbps single-channel capacitive I/O link for wireless wafer-level testing of integrated circuits. - Dae Young Lee; David D. Wentzloff; John P. Hayes (A-SSCC, 2011)

An all-digital PLL synthesized from a digital standard cell library in 65nm CMOS. - Youngmin Park; David D. Wentzloff (CICC, 2011)

Wireless wafer-level testing of integrated circuits via capacitively-coupled channels. - Dae Young Lee; David D. Wentzloff; John P. Hayes (DDECS, 2011)

A 60GHz antenna-referenced frequency-locked loop in 0.13μm CMOS for wireless sensor networks. - Kuo-Ken Huang; David D. Wentzloff (ISSCC, 2011)

Optimal receiver bandwidth for energy-detection PPM UWB systems. - Jose M. Almodovar-Faria; Janise McNair; David D. Wentzloff (WCNC, 2011)

A 60 GHz Antenna-Referenced Frequency-Locked Loop in 0.13 µ CMOS for Wireless Sensor Networks. - Kuo-Ken Huang; David D. Wentzloff (IEEE J. Solid State Circuits, 2011)

An All-Digital 12 pJ/Pulse IR-UWB Transmitter Synthesized From a Standard Cell Library. - Youngmin Park; David D. Wentzloff (IEEE J. Solid State Circuits, 2011)

A Cyclic Vernier TDC for ADPLLs Synthesized From a Standard Cell Library. - Youngmin Park; David D. Wentzloff (IEEE Trans. Circuits Syst. I Regul. Pap., 2011)

0.61W/mm2 resonant inductively coupled power transfer for 3D-ICs. - Sangwook Han; David D. Wentzloff (CICC, 2012)

Impact of Compressed Sensing With Quantization on UWB Receivers With Multipath Channel Estimation. - Osama Ullah Khan; Shao-Yuan Chen; David D. Wentzloff; Wayne E. Stark (IEEE J. Emerg. Sel. Topics Circuits Syst., 2012)

Exploiting Channel Periodicity in Body Sensor Networks. - Nathan E. Roberts; Seunghyun Oh; David D. Wentzloff (IEEE J. Emerg. Sel. Topics Circuits Syst., 2012)

Body Sensor Networks: A Holistic Approach From Silicon to Users. - Benton H. Calhoun; John C. Lach; John A. Stankovic; David D. Wentzloff; Kamin Whitehouse; Adam T. Barth; Jonathan K. Brown; Qiang Li 025; Seunghyun Oh; Nathan E. Roberts; Yanqing Zhang 002 (Proc. IEEE, 2012)

A Clock-Harvesting Receiver Using 3G CDMA Signals in the 1900-MHz Band. - Jonathan K. Brown; David D. Wentzloff (IEEE Trans. Circuits Syst. II Express Briefs, 2012)

A 116nW multi-band wake-up receiver with 31-bit correlator and interference rejection. - Seunghyun Oh; Nathan E. Roberts; David D. Wentzloff (CICC, 2013)

An ultra-low-power 9.8GHz crystal-less UWB transceiver with digital baseband integrated in 0.18µm BiCMOS. - Jonathan K. Brown; Kuo-Ken Huang; Elnaz Ansari; Ryan R. Rogel; Yoonmyung Lee; David D. Wentzloff (ISSCC, 2013)

1.2 GS/s Hadamard Transform front-end for compressive sensing in 65nm CMOS. - Osama Ullah Khan; David D. Wentzloff (RWS, 2013)

A GSM-Based Clock-Harvesting Receiver With -87 dBm Sensitivity for Sensor Network Wake-Up. - Jonathan K. Brown; David D. Wentzloff (IEEE J. Solid State Circuits, 2013)

An Ultra-Low-Power 9.8 GHz Crystal-Less UWB Transceiver With Digital Baseband Integrated in 0.18 µm BiCMOS. - Kuo-Ken Huang; Jonathan K. Brown; Elnaz Ansari; Ryan R. Rogel; Yoonmyung Lee; Hyeongseok Kim; David D. Wentzloff (IEEE J. Solid State Circuits, 2013)

A 5mW 250MS/s 12-bit synthesized digital to analog converter. - Elnaz Ansari; David D. Wentzloff (CICC, 2014)

A 10mV-input boost converter with inductor peak current control and zero detection for thermoelectric energy harvesting. - Aatmesh Shrivastava; David D. Wentzloff; Benton H. Calhoun (CICC, 2014)

A 1.2-MHz 5.8-µW Temperature-Compensated Relaxation Oscillator in 130-nm CMOS. - Kuo-Ken Huang; David D. Wentzloff (IEEE Trans. Circuits Syst. II Express Briefs, 2014)

Characterization of the Proximity Effect From Tungsten TSVs on 130-nm CMOS Devices in 3-D ICs. - Sangwook Han; David D. Wentzloff (IEEE Trans. Very Large Scale Integr. Syst., 2014)

Ultra-low power wireless SoCs enabling a batteryless IoT. - Benton H. Calhoun; David D. Wentzloff (Hot Chips Symposium, 2015)

21.3 A 6.45μW self-powered IoT SoC with integrated energy-harvesting power management and ULP asymmetric radios. - Alicia Klinefelter; Nathan E. Roberts; Yousef Shakhsheer; Patricia González; Aatmesh Shrivastava; Abhishek Roy 002; Kyle Craig; Muhammad Faisal; James Boley; Seunghyun Oh; Yanqing Zhang 002; Divya Akella; et al. (ISSCC, 2015)

5.4 A 32nW bandgap reference voltage operational from 0.5V supply for ultra-low power systems. - Aatmesh Shrivastava; Kyle Craig; Nathan E. Roberts; David D. Wentzloff; Benton H. Calhoun (ISSCC, 2015)

A 10.6mm3 fully-integrated, wireless sensor node with 8GHz UWB transmitter. - Hyeongseok Kim; Gyouho Kim; Yoonmyung Lee; Zhiyoong Foo; Dennis Sylvester; David T. Blaauw; David D. Wentzloff (VLSIC, 2015)

A 10 mV-Input Boost Converter With Inductor Peak Current Control and Zero Detection for Thermoelectric and Solar Energy Harvesting With 220 mV Cold-Start and -14.5 dBm, 915 MHz RF Kick-Start. - Aatmesh Shrivastava; Nathan E. Roberts; Osama Ullah Khan; David D. Wentzloff; Benton H. Calhoun (IEEE J. Solid State Circuits, 2015)

Flexible Technologies for Self-Powered Wearable Health and Environmental Sensing. - Veena Misra; Alper Bozkurt; Benton H. Calhoun; Thomas N. Jackson; Jesse Jur; John C. Lach; Bongmook Lee; John Muth; Ömer Oralkan; Mehmet Ozturk; Susan Trolier-McKinstry; Daryoosh Vashaee; et al. (Proc. IEEE, 2015)

Reconfigurable Radios: A Possible Solution to Reduce Entry Costs in Wireless Phones. - Mina Rais-Zadeh; Jeremy T. Fox; David D. Wentzloff; Yogesh B. Gianchandani (Proc. IEEE, 2015)

A 6.45 μW Self-Powered SoC With Integrated Energy-Harvesting Power Management and ULP Asymmetric Radios for Portable Biomedical Systems. - Abhishek Roy 002; Alicia Klinefelter; Farah B. Yahya; Xing Chen 004; Luisa Patricia Gonzalez-Guerrero; Christopher J. Lukas; Divya Akella Kamakshi; James Boley; Kyle Craig; Muhammad Faisal; Seunghyun Oh; Nathan E. Roberts; et al. (IEEE Trans. Biomed. Circuits Syst., 2015)

8.1 nJ/b 2.4 GHz Short-Range Communication Receiver in 65 nm CMOS. - Osama Ullah Khan; David D. Wentzloff (IEEE Trans. Circuits Syst. I Regul. Pap., 2015)

Software-Defined, WiFi and BLE Compliant Back-Channel for Ultra-Low Power Wireless Communication. - Huajun Zhang 001; David D. Wentzloff; Hun-Seok Kim (GLOBECOM, 2016)

26.8 A 236nW -56.5dBm-sensitivity bluetooth low-energy wakeup receiver with energy harvesting in 65nm CMOS. - Nathan E. Roberts; Kyle Craig; Aatmesh Shrivastava; Stuart N. Wooters; Yousef Shakhsheer; Benton H. Calhoun; David D. Wentzloff (ISSCC, 2016)

26.7 A 10mm3 syringe-implantable near-field radio system on glass substrate. - Yao Shi 001; Myungjoon Choi; Ziyun Li; Gyouho Kim; Zhiyoong Foo; Hun-Seok Kim; David D. Wentzloff; David T. Blaauw (ISSCC, 2016)

Energy-Autonomous Wireless Communication for Millimeter-Scale Internet-of-Things Sensor Nodes. - Yajing Chen; Nikolaos Chiotellis; Li-Xuan Chuo; Carl Pfeiffer; Yao Shi 001; Ronald G. Dreslinski; Anthony Grbic; Trevor N. Mudge; David D. Wentzloff; David T. Blaauw; Hun-Seok Kim (IEEE J. Sel. Areas Commun., 2016)

Back-Channel Wireless Communication Embedded in WiFi-Compliant OFDM Packets. - Hun-Seok Kim; David D. Wentzloff (IEEE J. Sel. Areas Commun., 2016)

A 10 mm3 Inductive Coupling Radio for Syringe-Implantable Smart Sensor Nodes. - Yao Shi 001; Myungjoon Choi; Ziyun Li; Zhihong Luo; Gyouho Kim; Zhiyoong Foo; Hun-Seok Kim; David D. Wentzloff; David T. Blaauw (IEEE J. Solid State Circuits, 2016)

Hardware Accelerator for Probabilistic Inference in 65-nm CMOS. - Osama Ullah Khan; David D. Wentzloff (IEEE Trans. Very Large Scale Integr. Syst., 2016)

7.4 A 915MHz asymmetric radio using Q-enhanced amplifier for a fully integrated 3×3×3mm3 wireless sensor node with 20m non-line-of-sight communication. - Li-Xuan Chuo; Yao Shi 001; Zhihong Luo; Nikolaos Chiotellis; Zhiyoong Foo; Gyouho Kim; Yejoong Kim; Anthony Grbic; David D. Wentzloff; Hun-Seok Kim; David T. Blaauw (ISSCC, 2017)

A 4.4 nW lossless sensor data compression accelerator for 2.9x system power reduction in wireless body sensors. - Jacob Breiholz; Farah B. Yahya; Christopher J. Lukas; Xing Chen 004; Kevin Leach; David D. Wentzloff; Benton H. Calhoun (MWSCAS, 2017)

Circuit and System Designs of Ultra-Low Power Sensor Nodes With Illustration in a Miniaturized GNSS Logger for Position Tracking: Part I - Analog Circuit Techniques. - Taekwang Jang; Gyouho Kim; Benjamin P. Kempke; Michael B. Henry; Nikolaos Chiotellis; Carl Pfeiffer; Dongkwun Kim; Yejoong Kim; Zhiyoong Foo; Hyeongseok Kim; Anthony Grbic; Dennis Sylvester; et al. (IEEE Trans. Circuits Syst. I Regul. Pap., 2017)

Circuit and System Designs of Ultra-Low Power Sensor Nodes With Illustration in a Miniaturized GNSS Logger for Position Tracking: Part II - Data Communication, Energy Harvesting, Power Management, and Digital Circuits. - Tae-Kwang Jang; Gyouho Kim; Benjamin P. Kempke; Michael B. Henry; Nikolaos Chiotellis; Carl Pfeiffer; Dongkwun Kim; Yejoong Kim; Zhiyoong Foo; Hyeongseok Kim; Anthony Grbic; Dennis Sylvester; et al. (IEEE Trans. Circuits Syst. I Regul. Pap., 2017)

Static timing analysis for ring oscillators. - David M. Moore; Jeffrey A. Fredenburgh; Muhammad Faisal; David D. Wentzloff (ASP-DAC, 2018)

A 152μW -99dBm BPSK/16-QAM OFDM Receiver for LPWAN Applications. - Avish Kosari; Milad Moosavifar; David D. Wentzloff (A-SSCC, 2018)

A receiver/antenna co-design for a 1.5mJ per fix fully-integrated 10×10×6mm3 GPS logger. - Hyeongseok Kim; Nikolaos Chiotellis; Elnaz Ansari; Muhammad Faisal; Tae-Kwang Jang; Anthony Grbic; Hun-Seok Kim; David T. Blaauw; David D. Wentzloff (CICC, 2018)

A 470µW -92.5dBm OOK/FSK Receiver for IEEE 802.11 WiFi LP-WUR. - Jaeho Im; Hun-Seok Kim; David D. Wentzloff (ESSCIRC, 2018)

A 2.5 ppm/°C 1.05 MHz Relaxation Oscillator with Dynamic Frequency-Error Compensation and 8 µs Start-up Time. - Ningxi Liu; Rishika Agarwala; Anjana Dissanayake; Daniel S. Truesdell; Sumanth Kamineni; Xing Chen 004; David D. Wentzloff; Benton H. Calhoun (ESSCIRC, 2018)

Implementation and Evaluation of Bi-Directional WiFi Back-channel Communication. - Yue Dai; Wenhao Peng; Yu Wang 130; Li-Xuan Chuo; Karan Suri; Hao Zheng; David D. Wentzloff; Hun-Seok Kim (PIMRC, 2018)

Analysis of Circuit Noise and Non-Ideal Filtering Impact on Energy Detection Based Ultra-Low-Power Radios Performance. - Abdullah Mohammed Alghaihab; Hun-Seok Kim; David D. Wentzloff (IEEE Trans. Circuits Syst. II Express Briefs, 2018)

A MURS Band Digital Quadrature Transmitter With Class-B I/Q Cell Sharing for Long Range IoT Applications. - Avish Kosari; Hun-Seok Kim; David D. Wentzloff (IEEE Trans. Circuits Syst. II Express Briefs, 2018)

A Low Power Bluetooth Low-Energy Transmitter with a 10.5nJ Startup-Energy Crystal Oscillator. - Omar Abdelatty; Henry L. Bishop; Yao Shi 001; Xing Chen 004; Abdullah Mohammed Alghaihab; Benton H. Calhoun; David D. Wentzloff (ESSCIRC, 2019)

A 606μW mm-Scale Bluetooth Low-Energy Transmitter Using Co-Designed 3.5×3.5mm2 Loop Antenna and Transformer-Boost Power Oscillator. - Yao Shi 001; Xing Chen 004; Hun-Seok Kim; David T. Blaauw; David D. Wentzloff (ISSCC, 2019)

MURS Band for LPWAN Applications. - Avish Kosari; David D. Wentzloff (WiSNet, 2019)

Enhanced Interference Rejection Bluetooth Low-Energy Back-Channel Receiver With LO Frequency Hopping. - Abdullah Mohammed Alghaihab; Yao Shi 001; Jacob Breiholz; Hun-Seok Kim; Benton H. Calhoun; David D. Wentzloff (IEEE J. Solid State Circuits, 2019)

Analysis and Design of an Ultra-Low-Power Bluetooth Low-Energy Transmitter With Ring Oscillator-Based ADPLL and 4 $ times$ Frequency Edge Combiner. - Xing Chen 004; Jacob Breiholz; Farah B. Yahya; Christopher J. Lukas; Hun-Seok Kim; Benton H. Calhoun; David D. Wentzloff (IEEE J. Solid State Circuits, 2019)

A 1.02 μW Battery-Less, Continuous Sensing and Post-Processing SiP for Wearable Applications. - Christopher J. Lukas; Farah B. Yahya; Jacob Breiholz; Abhishek Roy 002; Xing Chen 004; Harsh N. Patel; Ningxi Liu; Avish Kosari; Shuo Li 008; Divya Akella Kamakshi; Oluseyi A. Ayorinde; David D. Wentzloff; et al. (IEEE Trans. Biomed. Circuits Syst., 2019)

Ultra-Low Power Receivers for IoT Applications: A Review. - David D. Wentzloff; Abdullah Mohammed Alghaihab; Jaeho Im (CICC, 2020)

An 85 nW IoT Node-Controlling SoC for MELs Power-Mode Management and Phantom Energy Reduction. - Shuo Li 008; Jacob Breiholz; Sumanth Kamineni; Jaeho Im; David D. Wentzloff; Benton H. Calhoun (ISCAS, 2020)

30.7 A Crystal-Less BLE Transmitter with -86dBm Freq µ ency-Hopping Back-Channel WRX and Over-the-Air Clock Recovery from a GFSK-Modulated BLE Packet. - Abdullah Mohammed Alghaihab; Xing Chen 004; Yao Shi 001; Daniel S. Truesdell; Benton H. Calhoun; David D. Wentzloff (ISSCC, 2020)

27.1 A 65nm Energy-Harvesting ULP SoC with 256kB Cortex-M0 Enabling an 89.1µW Continuous Machine Health Monitoring Wireless Self-Powered System. - Jonathan K. Brown; David Abdallah; Jim Boley; Nicholas Collins; Kyle Craig; Greg Glennon; Kuo-Ken Huang; Christopher J. Lukas; William Moore; Richard K. Sawyer; Yousef Shakhsheer; Farah B. Yahya; et al. (ISSCC, 2020)

An Open-source Framework for Autonomous SoC Design with Analog Block Generation. - Tutu Ajayi; Sumanth Kamineni; Yaswanth K. Cherivirala; Morteza Fayazi; Kyumin Kwon; Mehdi Saligane; Shourya Gupta; Chien-Hen Chen; Dennis Sylvester; David T. Blaauw; Ronald G. Dreslinski; Benton H. Calhoun; et al. (VLSI-SOC, 2020)

Fully-Autonomous SoC Synthesis Using Customizable Cell-Based Analog and Mixed-Signal Circuits Generation. - Tutu Ajayi; Sumanth Kamineni; Morteza Fayazi; Yaswanth K. Cherivirala; Kyumin Kwon; Shourya Gupta; Wenbo Duan; Jeongsup Lee; Chien-Hen Chen; Mehdi Saligane; Dennis Sylvester; David T. Blaauw; et al. (VLSI-SoC (Selected Papers), 2020)

Millimeter-Scale Node-to-Node Radio Using a Carrier Frequency-Interlocking IF Receiver for a Fully Integrated 4 $ times$ 4 $ times$ 4 mm3 Wireless Sensor Node. - Li-Xuan Chuo; Zhen Feng; Yejoong Kim; Nikolaos Chiotellis; Makoto Yasuda; Satoru Miyoshi; Masaru Kawaminami; Anthony Grbic; David D. Wentzloff; David T. Blaauw; Hun-Seok Kim (IEEE J. Solid State Circuits, 2020)

A Fully Integrated 2.7µW -70.2dBm-Sensitivity Wake-Up Receiver with Charge-Domain Analog Front-End, -16.5dB-SIR, FEC and Cryptographic Checksum. - Kuo-Ken Huang; Jonathan K. Brown; Nicholas Collins; Richard K. Sawyer; Farah B. Yahya; Alice Wang; Nathan E. Roberts; Benton H. Calhoun; David D. Wentzloff (ISSCC, 2021)

A Fully Integrated 62-to-69GHz Crystal-Less Transceiver with 12 Channels Tuned by a Transmission-Line- Referenced FLL in 0.13µm BiCMOS. - Jaeho Im; Hyeongseok Kim; Omar Abdelatty; David D. Wentzloff (ISSCC, 2021)

Analysis of Design Trade-Offs in Ultra-Low-Power FSK Receivers for Phase-Based Ranging. - Milad Moosavifar; David D. Wentzloff (WiSNet, 2021)

An Artificial Neural Network System for Photon-Based Active Interrogation Applications. - Abbas Johar Jinia; Tessa E. Maurer; Christopher A. Meert; Michael Y. Hua; Shaun D. Clarke; Hun-Seok Kim; David D. Wentzloff; Sara A. Pozzi (IEEE Access, 2021)

Bluetooth Communication Leveraging Ultra-Low Power Radio Design. - Omar Abdelatty; Xing Chen 004; Abdullah Mohammed Alghaihab; David D. Wentzloff (J. Sens. Actuator Networks, 2021)

A Crystal-Less BLE Transmitter With Clock Recovery From GFSK-Modulated BLE Packets. - Xing Chen 004; Abdullah Mohammed Alghaihab; Yao Shi 001; Daniel S. Truesdell; Benton H. Calhoun; David D. Wentzloff (IEEE J. Solid State Circuits, 2021)

ULP Receivers in Self-Powered Industrial loT Applications: Challenges and Prospects. - Kuo-Ken Huang; Jonathan K. Brown; Richard K. Sawyer; Christopher J. Lukas; Farah B. Yahya; Alice Wang; Nathan E. Roberts; Benton H. Calhoun; David D. Wentzloff (CICC, 2022)

A 110µW 2.5kb/s -103dBm-Sensitivity Dual-Chirp Modulated ULP Receiver Achieving -41dB SIR. - Milad Moosavifar; Jaeho Im; Trevor Odelberg; David D. Wentzloff (ISSCC, 2022)

A 3.1-5.2GHz, Energy-Efficient Single Antenna, Cancellation-Free, Bitwise Time-Division Duplex Transceiver for High Channel Count Optogenetic Neural Interface. - Yu-Ju Lin; Hyunsoo Song; Sungjin Oh; Mihály Vöröslakos; Kanghwan Kim; Xing Chen 004; David D. Wentzloff; György Buzsáki; Sung-Yun Park; Euisik Yoon (IEEE Trans. Biomed. Circuits Syst., 2022)

An Open Source Compatible Framework to Fully Autonomous Digital LDO Generation. - Yaswanth K. Cherivirala; Mehdi Saligane; David D. Wentzloff (ISCAS, 2023)

A 2.19µW Self-Powered SoC with Integrated Multimodal Energy Harvesting, Dual-Channel up to -92dBm WRX and Energy-Aware Subsystem. - Christopher J. Lukas; Farah B. Yahya; Kuo-Ken Huang; Jim Boley; Daniel S. Truesdell; Jacob Breiholz; Atul Wokhlu; Kyle Craig; Jonathan K. Brown; Andrew Fitting; William Moore; Andy Shih; et al. (ISSCC, 2023)

An Automated Framework for Switched-Capacitor Power Amplifier Implementation Verified in 65 nm CMOS. - Li-Yu Chen; David D. Wentzloff (SMACD, 2023)

Synthesizable ADPLL Generator: From Specification to GDS. - Kyumin Kwon; David D. Wentzloff (SMACD, 2023)

Real-Time Classification of Radiation Pulses With Piled-Up Recovery Using an FPGA-Based Artificial Neural Network. - Noah M. Michels; Abbas Johar Jinia; Shaun D. Clarke; Hun-Seok Kim; Sara A. Pozzi; David D. Wentzloff (IEEE Access, 2023)

PLL Fractional Spur's Impact on FSK Spectrum and a Synthesizable ADPLL for a Bluetooth Transmitter. - Kyumin Kwon; Omar A. B. Abdelatty; David D. Wentzloff (IEEE J. Solid State Circuits, 2023)

A Capacitor-Less Digital LDO Regulator With Synthesizable PID Controller Achieving 99.75% Efficiency and 93.3-ps Response Time in 65 nm. - Yaswanth K. Cherivirala; David D. Wentzloff (IEEE Trans. Circuits Syst. II Express Briefs, 2023)

Modeling and Design of Cold-Start Charge Pumps for Photovoltaic Energy Harvesters. - Daniel S. Truesdell; James Boley; Atul Wokhlu; Alain Gravel; David D. Wentzloff; Benton H. Calhoun (IEEE Trans. Circuits Syst. I Regul. Pap., 2023)

NB-IoT Power-Saving Analysis with Wake-Up Signal and Wake-Up Receiver Implementation. - Kuo-Ken Huang; Ricardo Luna; David D. Wentzloff; Bela Rathonyi; Y.-P. Eric Wang; Jason Chen; Jouni Korhonen; Hanna-Liisa Tiri (ICC Workshops, 2024)

A Capacitor-less Hybrid LDO for Low Frequency Supply Noise Suppression Achieving 99.87% Efficiency and 3.32ps Response Time in 65nm. - Yaswanth K. Cherivirala; David D. Wentzloff (ISCAS, 2024)

A Fully Integrated NB-IoT Wake-Up Receiver Utilizing An Optimized OFDM 12-Point FFT Wake-Up Engine. - Trevor J. Odelberg; Jaeho Im; Milad Moosavifar; David D. Wentzloff (ISCAS, 2024)

A 1.41µW Motion Sensing Front-End for Passive Infrared Sensors. - Siyu Wang; David D. Wentzloff (ISCAS, 2024)

A Technology-Agnostic Method for Digital LDO Synthesis and Layout Automation. - Yaswanth Kumar Cherivirala; David D. Wentzloff (ISLPED, 2024)

An Interference-Resilient Bit-Level Duty-Cycled ULP Receiver Leveraging a Dual-Chirp Modulation. - Milad Moosavifar; Jaeho Im; David D. Wentzloff (IEEE J. Solid State Circuits, 2024)

A 1/10 DTC Range Reduction Technique in a Fractional-N MDLL Using a Reference Triggered Ring Oscillator. - Kyumin Kwon; Yaswanth Kumar Cherivirala; David D. Wentzloff (ISCAS, 2025)