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igital-cmos-circuits-through-charge-recycling/2020-07-20T11:54:27-04:00https://bioee.ee.columbia.edu/a-4-8-ghz-resonant-global-clock-distribution/2020-07-20T11:54:27-04:00https://bioee.ee.columbia.edu/implicit-dc-dc-downconversion-through-charge-recycling/2020-07-20T11:54:27-04:00https://bioee.ee.columbia.edu/uniform-phase-uniform-amplitude-resonant-load-global-clock-distribution/2020-07-20T11:54:27-04:00https://bioee.ee.columbia.edu/near-speed-of-light-on-chip-interconnects-using-pulsed-current-mode-signalling/2020-07-20T11:54:27-04:00https://bioee.ee.columbia.edu/active-cmos-biochip-for-time-resolved-fluorescence-detection/2020-07-20T11:54:27-04:00https://bioee.ee.columbia.edu/a-continuous-time-programmable-digital-fir-filter/2020-07-20T11:54:27-04:00https://bioee.ee.columbia.edu/continuous-time-dsp-analogdigital-computers-and-other-mixed-domain-circuits/2020-07-20T11:54:27-04:00https://bioee.ee.columbia.edu/continuous-time-digital-signal-processors/2020-07-20T11:54:27-04:00https://bioee.ee.columbia.edu/1-1-1-6-ghz-distributed-differential-oscillator-global-clock-network/2020-07-20T11:54:27-04:00https://bioee.ee.columbia.edu/high-tension-power-delivery-operating-180-nm-cmos-digital-logic-at-a-5-4-v-supply/2020-07-20T11:54:27-04:00https://bioee.ee.columbia.edu/variability-and-yield-improvements-rules-models-and-characterization/2020-07-20T11:54:26-04:00https://bioee.ee.columbia.edu/active-cmos-array-sensor-for-time-resolved-fluorescence-detection/2020-07-20T11:54:26-04:00https://bioee.ee.columbia.edu/a-continuous-time-programmable-digital-fir-filter-2/2020-07-20T11:54:26-04:00https://bioee.ee.columbia.edu/distributed-differential-oscillators-for-global-clock-networks/2020-07-20T11:54:26-04:00https://bioee.ee.columbia.edu/charging-behavior-of-single-stranded-dna-polyelectrolyte-brushes/2020-07-20T11:54:26-04:00https://bioee.ee.columbia.edu/high-voltage-power-delivery-through-charge-recycling/2020-07-20T11:54:26-04:00https://bioee.ee.columbia.edu/pulse-current-mode-signalling-for-nearly-speed-of-light-intrachip-communications/2020-07-20T11:54:27-04:00https://bioee.ee.columbia.edu/distributed-loss-compensation-for-low-latency-on-chip-interconnects/2020-07-20T11:54:27-04:00https://bioee.ee.columbia.edu/low-jitter-active-deskewing-through-injection-locked-resonant-clocking/2020-07-20T11:54:26-04:00https://bioee.ee.columbia.edu/hybrid-carbon-nanotube-silicon-cmos-circuit/2020-07-20T11:54:26-04:00https://bioee.ee.columbia.edu/a-cmos-array-sensor-for-sub-800-ps-time-resolved-fluorescence-detection/2020-07-20T11:54:26-04:00https://bioee.ee.columbia.edu/active-cmos-array-for-electrochemical-sensing-of-biomolecules/2020-07-20T11:54:26-04:00https://bioee.ee.columbia.edu/on-chip-circuit-for-measuring-period-jitter-and-skew-of-clock-distribution-networks/2020-07-20T11:54:26-04:00https://bioee.ee.columbia.edu/on-chip-transistor-characterisation-arrays-for-variability-analysis/2020-07-20T11:54:26-04:00https://bioee.ee.columbia.edu/a-single-photon-avalanche-diode-imager-for-fluorescence-lifetime-applications/2020-07-20T11:54:26-04:00https://bioee.ee.columbia.edu/distributed-loss-compensation-techniques-for-energy-efficient-low-latency-on-chip-communications/2020-07-20T11:54:26-04:00https://bioee.ee.columbia.edu/rf-performance-of-top-gated-zero-bandgap-graphene-field-effect-transistors/2020-07-20T11:54:26-04:00https://bioee.ee.columbia.edu/characterization-and-modeling-of-graphene-field-effect-devices/2020-07-20T11:54:26-04:00https://bioee.ee.columbia.edu/a-single-photon-avalanche-diode-array-for-fluorescence-lifetime-imaging-microscopy/2020-07-20T11:54:26-04:00https://bioee.ee.columbia.edu/a-256-by-256-cmos-microelectrode-array-for-extracellular-stimulation-of-acute-brain-slices/2020-07-20T11:54:26-04:00https://bioee.ee.columbia.edu/time-resolved-forster-resonance-energy-transfer-dna-assay-on-an-active-cmos-microarray/2020-07-20T11:54:26-04:00https://bioee.ee.columbia.edu/current-saturation-in-zero-bandgap-top-gated-graphene-field-effect-transistors/2020-07-20T11:54:26-04:00https://bioee.ee.columbia.edu/active-cmos-sensor-array-for-electrochemical-biomolecular-detection/2020-07-20T11:54:26-04:00https://bioee.ee.columbia.edu/digital-circuit-design-challenges-and-opportunities-in-the-era-of-nanoscale-cmos/2020-07-20T11:54:26-04:00https://bioee.ee.columbia.edu/an-array-of-monolithic-fbar-cmos-oscillators-for-mass-sensing-applications/2020-07-20T11:54:26-04:00https://bioee.ee.columbia.edu/a-0-18-um-cmos-array-sensor-for-integrated-time-resolved-fluorescence-detection/2020-07-20T11:54:26-04:00https://bioee.ee.columbia.edu/real-time-multiplexed-electrochemical-dna-detection-using-an-active-complementary-metal-oxide-semiconductor-biosensor-array-with-integrated-sensor-electronics/2020-07-20T11:54:26-04:00https://bioee.ee.columbia.edu/on-chip-transistor-characterization-arrays-with-digital-interfaces-for-variability-characterization/2020-07-20T11:54:26-04:00https://bioee.ee.columbia.edu/controlled-dielectrophoretic-assembly-of-carbon-nanotubes-using-real-time-electrical-detection/2020-07-20T11:54:26-04:00https://bioee.ee.columbia.edu/design-and-analysis-of-actively-deskewed-resonant-clock-networks/2020-07-20T11:54:26-04:00https://bioee.ee.columbia.edu/graphene-field-effect-transistors-based-on-boron-nitride-gate-dielectrics/2020-07-20T11:54:26-04:00https://bioee.ee.columbia.edu/random-telegraph-noise-in-45-nm-cmos-analysis-using-an-on-chip-test-and-measurement-system/2020-07-20T11:54:26-04:00https://bioee.ee.columbia.edu/a-low-noise-single-photon-avalanche-diode-in-standard-0-13-%ce%bcm-complementary-metal-oxide-semiconductor-process/2020-07-20T11:54:26-04:00https://bioee.ee.columbia.edu/doping-and-illumination-dependence-of-1f-noise-in-pentacene-thin-film-transistors/2020-07-20T11:54:26-04:00https://bioee.ee.columbia.edu/boron-nitride-substrate-for-high-quality-graphene-electronics/2020-07-20T11:54:26-04:00https://bioee.ee.columbia.edu/fbar-cmos-oscillator-array-for-mass-sensing-applications/2020-07-20T11:54:26-04:00https://bioee.ee.columbia.edu/deterministic-tuning-of-slow-light-in-photonic-crystal-waveguides-through-the-c-and-l-bands-by-atomic-layer-deposition/2020-07-20T11:54:26-04:00https://bioee.ee.columbia.edu/noise-and-bandwidth-performance-of-single-molecule-biosensors/2020-07-20T11:54:26-04:00https://bioee.ee.columbia.edu/nanopore-dna-sensors-in-cmos-with-on-chip-low-noise-preamplifiers/2020-07-20T11:54:26-04:00https://bioee.ee.columbia.edu/solid-state-nanopores-integrated-with-low-noise-preamplifiers-for-high-bandwidth-dna-analysis/2020-07-20T11:54:26-04:00https://bioee.ee.columbia.edu/electron-tunneling-through-atomically-flat-and-ultrathin-hexagonal-boron-nitride/2020-07-20T11:54:26-04:00https://bioee.ee.columbia.edu/high-frequency-performance-of-graphene-field-effect-transistors-with-saturating-iv-characteristics/2020-07-20T11:54:26-04:00https://bioee.ee.columbia.edu/an-integrated-four-phase-buck-converter-delivering-1amm2-with-700ps-controller-delay-and-network-on-chip-load-in-45-nm-soi/2020-07-20T11:54:26-04:00https://bioee.ee.columbia.edu/debye-screening-in-single-molecule-carbon-nanotube-field-effect-sensors/2020-07-20T11:54:26-04:00https://bioee.ee.columbia.edu/high-resolution-extracellular-stimulation-of-dispersed-hippocampal-culture-with-high-density-cmos-multielectrode-array-based-on-non-faradaic-electrodes/2020-07-20T11:54:26-04:00https://bioee.ee.columbia.edu/noise-and-bandwidth-performance-of-single-molecule-biosensors-2/2020-07-20T11:54:26-04:00https://bioee.ee.columbia.edu/multicomponent-fractional-quantum-hall-effect-in-graphene/2020-07-20T11:54:26-04:00https://bioee.ee.columbia.edu/an-electrically-stimulate-optically-record-microsystem-based-on-active-cmos-multi-electrode-array-for-dissociated-cell-cultures/2020-07-20T11:54:26-04:00https://bioee.ee.columbia.edu/single-molecule-electronic-detection-using-nanoscale-field-effect-devices/2020-07-20T11:54:26-04:00https://bioee.ee.columbia.edu/ultra-sensitive-carbon-nanotubes-for-single-molecule-detection-of-dna-hybridization-kinetics-using-conductance-based-correlation-spectroscopy/2020-07-20T11:54:26-04:00https://bioee.ee.columbia.edu/charge-sensing-using-point-functionalized-carbon-nanotube-transistors-for-single-molecule-detection/2020-07-20T11:54:26-04:00https://bioee.ee.columbia.edu/on-chip-combined-c-vi-v-transistor-characterization-system-in-45-nm-cmos/2020-07-20T11:54:26-04:00https://bioee.ee.columbia.edu/gene-expression-analysis-with-an-integrated-cmos-microarray-by-time-resolved-fluorescence-detection/2020-07-20T11:54:26-04:00https://bioee.ee.columbia.edu/channel-length-scaling-in-graphene-field-effect-transistors-studied-with-pulsed-current%e2%88%92voltage-measurements/2020-07-20T11:54:26-04:00https://bioee.ee.columbia.edu/label-free-single-molecule-detection-of-dna-hybridization-kinetics-with-a-carbon-nanotube-field-effect-transistor/2020-07-20T11:54:26-04:00https://bioee.ee.columbia.edu/extractin-energy-from-the-inner-ear/2020-07-20T11:54:26-04:00https://bioee.ee.columbia.edu/nanotools-for-neuroscience-and-brain-activity-mapping/2020-07-20T11:54:11-04:00https://bioee.ee.columbia.edu/a-switched-inductor-integrated-voltage-regulator-with-nonlinear-feedback-and-network-on-chip-load-in-45-nm-soi/2020-07-20T11:54:26-04:00https://bioee.ee.columbia.edu/chemical-vapor-deposition-derived-graphene-with-electrical-performance-of-exfoliated-graphene/2020-07-20T11:54:26-04:00https://bioee.ee.columbia.edu/integrated-nanopore-sensing-platform-with-sub-microsecond-temporal-resolution/2020-07-20T11:54:26-04:00https://bioee.ee.columbia.edu/integrated-on-chip-inductors-with-electroplated-magnetic-yokes/2020-07-20T11:54:26-04:00https://bioee.ee.columbia.edu/integrated-voc-vapor-sensing-on-fbar-cmos-array/2020-07-20T11:54:26-04:00https://bioee.ee.columbia.edu/a-2-5d-integrated-voltage-regulator-using-coupled-magnetic-core-inductors-on-silicon-interposer-delivering-10-8amm2/2020-07-20T11:54:26-04:00https://bioee.ee.columbia.edu/a-unified-charge-current-compact-model-f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