Interest in Wireless Body Area Networks (WBANs) has increased significantly in recent years
thanks to the advances in microelectronics and wireless communications. Owing to the very …

Integrated circuits for wireless sensor nodes (WSNs) targeting the Internet-of-Things (IoT)
paradigm require ultralow-power consumption for energy-harvesting operation and low die …

This paper presents the design of a narrowband transmitter and antenna system that
achieves an average power consumption of 78 pW when operating at a duty-cycled data …

This paper presents a fully integrated low-power 130-nm CMOS transceiver tailored to the
Bluetooth low energy (BLE) standard. The receiver employs a passive front-end zero-IF …

An ultra-low-power wireless system is one which has to operate for an extended period of
time with only a limited power source available, and is typically constrained to a limited size …

This paper presents a BAW-based transceiver targeting wireless networks for biomedical
applications. The use of high-Q microelectromechanical-systems resonators brings …

This paper presents a zero-IF Gaussian frequency-shift keying (GFSK) demodulator based
on a phase-domain analog-to-digital converter (Ph-ADC) which directly quantizes the phase …

This paper provides an overview of a concept for a Smart Skin, for enabling tactile
prosthetics that provide for a natural sensation of touch. The solution embeds miniature, ultra …

Wireless Body Area Networks (WBANs) are expected to promote new applications for the
ambulatory health monitoring of chronic patients and the elderly population, aiming to …

A three-channel 2.4 GHz OOK receiver is designed in 65nm CMOS and leverages MEMS to
enable multiple sub-channels of operation within a band at a very low energy per received …