This paper presents the development of a wake-up receiver (WuRX) at nanowatt power
levels for event-driven applications. This paper improves the state of the art, obtaining higher …

Circuit blocks for a 1.5 mm 3 microsystem enable continuous monitoring of intraocular
pressure. Due to power and form-factor limitations, circuit blocks are designed at nanowatt …

A 2.4 GHz interferer-resilient wake-up receiver for ultra-low power wireless sensor nodes
uses an uncertain-IF dualconversion topology, combining a distributed multi-stage N-path …

This paper presents an 802.11 g/n compliant wakeup radio solution that consists of an
innovative on-off keying (OOK) emulating orthogonal frequency division multiplexing …

An ultra-low-power wake-up receiver is proposed to reduce the energy consumption through
adoption of two wake-up modes of operation with different power dissipations and detection …

Wake-up receivers are considered as practical solutions to enable ultra-low-power (ULP)
wireless sensor nodes (WSN) in a dense environment. A low data-rate (<;~ 50kb/s) wake-up …

A-108dBm sensitivity, 430MHz, 130nW-41μW, 6.25 bps-4.2 kbps, digitally tunable wake-up
and data receiver in 65nm CMOS is presented. Employing 2-tone RF OOK modulation and …

This study introduces a 5.8 GHz RF-powered transceiver that includes a transmitter using an
IF-based quadrature backscattering (IFQB) technique. The IFQB transmitter can produce a …

This paper presents an ultra-low power superregenerative receiver suitable for ON-OFF
keying modulation and provides analytical insight into its design procedure. The receiver is …

The growth of the Internet of Things (IoT) has led to a massive upsurge in low-power radio
research. Specifically, low-power receivers (RX) have been developed that efficiently …