Paper-Conference

This paper proposes a 26 GHz on-chip antenna for microsensor 5G communication.

This paper discusses a passive optical transmitter for IoT smart dust applications.

This paper presented an integrated multi-channel EEG acquisition front-end circuit with embedded PGA, LPF and ADC function.

In this paper, a novel multi-mode dielectric resonator is introduced. It consists of two layers of ceramics and a Jerusalem cross metal structure sandwiched in the middle.

The results presented here show that a self-powered mote can successfully communicate using an MRR based link, and that such motes can have very low energy consumption.

This initial demonstration shows that free-space optical channels offer the ability to minimise path loss and to power low-energy terminals.

Two components of smart dust with optical free space communications have been designed and tested. The first component is photodiode that scavenged power from the downlink. The maximum voltage available from these devices varies from 0.9V to 0.5V as the optical power density changes.

Successful wireless sensor networks require low-power consumption nodes with long lifetimes, and for these reasons self-powered devices are attractive.

Optical wireless communications using modulated retro-reflectors offers the potential for very low power communications to self-powered sensor motes or ‘smart dust’.

This paper analyzes the LO leakage and LO feedthrough in double-balanced CMOS Gilbert mixers for the direct conversion application