H. de Groot

TL;DR: The fully dynamic design, which is optimized for low-leakage, leads to a standby power consumption of 6 nW and the energy efficiency of this converter can be maintained down to very low sampling rates.

TL;DR: An energy-efficient radio architecture with a suitable LO frequency plan is selected, and several efficiency-enhancement techniques for the critical RF circuits are utilized, and the presented transceiver dissipates only 3.8mW and 4.6mW DC power, while exceeding all of the PHY requirements of above 3 standards.

TL;DR: An ultra-low power single chip transceiver for wireless body area network (WBAN) applications that supports on-off keying (OOK) modulation, and it is integrated in an electrocardiogram (ECG) necklace to monitor the heart's electrical property.

TL;DR: This paper presents a voltage-scalable digital signal processing system designed for the use in a wireless sensor node (WSN) for ambulatory monitoring of biomedical signals and shows that the platform not only preserves the sensitivity and positive predictivity of the algorithm but also achieves the lowest energy/sample for ElectroCardioGram (ECG) heart-beat detection.

TL;DR: An ultra-low-power RF envelope-detection radio has been designed for low-power short-range wireless applications and introduces an interference rejection technique that improves the in-band selectivity by 24.5 dB.