Eppel, MarkusMarkusEppelMilosiu, HeinrichHeinrichMilosiuOehler, FrankFrankOehler2022-03-132022-03-132016https://publica.fraunhofer.de/handle/publica/39237810.1109/WISNET.2016.74443292-s2.0-84966680822This paper introduces a novel approach for ultra-low-power radio receivers based on Armstrong's super-regenerative architecture. With a power consumption of 1 mW or less the receiver presents a big improvement to the state-of-the-art of 400 mW. In consequence, low maintenance wireless networks are much more feasible. Receiver sensitivity is measured -90 dBm. Spurious emissions from the oscillator are suppressed below -100 dBm, such that the receiver is suitable for wireless sensor networks with high nodal density. Dynamic co-channel interferers are tolerated instantaneously by means of parallel processing and forward error correction.enRF CMOSlow powerlow voltage designISM (868-870 MHz)integrierte EmpfängerIndoor Navigationdrahtloses SensornetzwerkDrahtloses NetzwerkASICRFIC621006conference paper