CMOS low-noise signal conditioning with a novel differential "resistance to frequency" converter for resistive sensor applications.
Priyanka KabaraSanket ThakurGururaj SaileshwarMaryam Shojaei BaghiniDinesh Kumar SharmaPublished in: ISOCC (2011)
Keyphrases
- signal noise ratio
- low signal to noise ratio
- low frequency
- power spectra
- wide band
- charge coupled device
- high frequency
- random noise
- analog to digital converter
- frequency domain
- weak signal
- power spectrum
- signal detection
- short time fourier transform
- received signal
- white noise
- additive noise
- low voltage
- image sensor
- bandpass
- sensor noise
- frequency response
- high pass
- band pass filters
- signal to noise ratio
- noise level
- high speed
- focal plane
- signal processing
- power supply
- cmos image sensor
- impulse response
- power consumption
- frequency spectrum
- sensor data
- single phase
- high sensitivity
- digital camera
- real time
- ccd camera
- high noise
- circuit design
- low pass
- low cost
- infrared
- wavelet transform
- sensor array
- data conversion
- noise reduction
- solid state
- low power
- noisy environments
- imaging systems