Low-power BiCMOS continuous-time shaping filter

Autor: Giovanni Cesura, Francesco Svelto, Francesco Rezzi, Andrea Baschirotto
Přispěvatelé: Baschirotto, A, Cesura, G, Rezzi, F, Svelto, F
Jazyk: angličtina
Rok vydání: 1997
Předmět:
Engineering
read-out electronic
band-pass filter
biquadratic band-pass filter structure
integrated circuit measurement
shaping time
BiCMOS
Signal
Noise (electronics)
pulse shaping circuits
2 mum
biquadratic continuous-time filter
detector circuit
Band-pass filter
Nuclear electronics
continuous time filter
Electronic engineering
1.25 mW
Electrical and Electronic Engineering
input referred noise
signal shaper
business.industry
5 V
integrated circuit noise
Electrical engineering
power consumption
elementary particles experiment
chip active area
integral nonlinearity
Chip
input signal amplitude
single 5 V power supply
BiCMOS continuous-time shaping filter
BiCMOS analogue integrated circuit
biquadratic filter
Integral nonlinearity
Filter (video)
Signal Processing
microstrip detector application
business
nuclear electronic
18 to 30 n
semi-Gaussian response
Popis: A biquadratic continuous-time filter designed to operate as signal shaper in the read-out electronics of elementary particles experiments has been implemented in 2 /spl mu/m BiCMOS technology. The cell synthesizes a semi-Gaussian response with a shaping time adjustable in the range 18-30 ns. The power consumption is 1.25 mW from a single 5 V power supply. The integral nonlinearity is within 1% for an input signal amplitude up to 200 mV. The chip active area is 0.08 mm/sup 2/. The measured input referred noise is 50 nV//spl radic/Hz.
Databáze: OpenAIRE
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