Efficient CTDSM based on GM-C quantiser and improved dynamic element matching - Sahu, Anil Kumar; Chandra, Vivek Kumar; Sinha, Ganesh Ram; Kumar Misra, Neeraj (IET circuits, devices & systems, 2020)
Keywords: Algorithms; bandwidth 20.0 kHz; Bandwidths; Calibration; CMOS integrated circuits; CMOS technology; continuous-time delta-sigma modulator; CTDSM; delta-sigma modulation; digital-to-analogue converters; dynamic latches; Feedback; frequency 2.6 MHz; Gm-C based noise-shaping quantiser; Gm-C integrator; Gm-C-NSQ; i-DEM algorithm; improved dynamic element matching algorithm; integrated circuit design; Latches; Matching; Modulators; Noise levels; peak signal-to-noise ratio; power 0.0863 mW; quantisation (signal); Research Article; voltage 1.2 V; digital-to-analogue converters; i-DEM algorithm; voltage 1.2 V; continuous-time delta-sigma modulator; dynamic latches; peak signal-to-noise ratio; frequency 2.6 MHz; power 0.0863 mW; delta-sigma modulation; Gm-C-NSQ; Gm-C based noise-shaping quantiser; integrated circuit design; quantisation (signal); Gm-C integrator; CMOS technology; CTDSM; CMOS integrated circuits; bandwidth 20.0 kHz; improved dynamic element matching algorithm