A low power capacitance to voltage converter, specifically designed for integrated sensors, is presented. The circuit is based on a fully differential impedance meter driven by a triangular wave form. Synchronous demodulation allows effective reduction of low frequency noise and device mismatch effects. The results of simulations performed on a prototype, designed using the BCD6s process of STMicroelectronics, are presented
Since large scientific and economic interests reside in micro-electromechanical systems (MEMS), this...
A switched-capacitor integrated system is presented in this work that attains sub-fF measurement res...
In this paper, a chopper stabilized fully differential CMOS pre-amplifier circuit is presented. The ...
An interface circuit for integrated capacitive sensors with pulse width modulated output is presente...
A low-power, low voltage capacitance to pulse duration converter with intrinsic low sensitivity to t...
In this paper we present a readout circuit for capacitive micro-electro-mechanical system (MEMS) sen...
This paper describes a low-noise charge sensitive amplifier (CSA) for MEMS capacitive sensors which ...
This paper proposes a reconfigurable sensor analog front-end using low-noise chopper-stabilized delt...
[[abstract]]In this paper, we combined chopper stabilization (CHS) and correlated double sampling (C...
peer reviewedIn this paper we present a readout circuit for capacitive micro-electro-mechanical syst...
This paper presents a low power capacitance to voltage converter (CVC) circuit using two differentia...
In this paper we present a readout circuit for capacitive micro-electro-mechanical system (MEMS) sen...
The development of microelectromechanical system (MEMS) processes enables the integration of capacit...
Abstract—This papers presents a front-end circuit for inter-facing to differential capacitive sensor...
A compact CMOS instrumentation amplifier, based on the chopper modulation approach, is proposed as a...
Since large scientific and economic interests reside in micro-electromechanical systems (MEMS), this...
A switched-capacitor integrated system is presented in this work that attains sub-fF measurement res...
In this paper, a chopper stabilized fully differential CMOS pre-amplifier circuit is presented. The ...
An interface circuit for integrated capacitive sensors with pulse width modulated output is presente...
A low-power, low voltage capacitance to pulse duration converter with intrinsic low sensitivity to t...
In this paper we present a readout circuit for capacitive micro-electro-mechanical system (MEMS) sen...
This paper describes a low-noise charge sensitive amplifier (CSA) for MEMS capacitive sensors which ...
This paper proposes a reconfigurable sensor analog front-end using low-noise chopper-stabilized delt...
[[abstract]]In this paper, we combined chopper stabilization (CHS) and correlated double sampling (C...
peer reviewedIn this paper we present a readout circuit for capacitive micro-electro-mechanical syst...
This paper presents a low power capacitance to voltage converter (CVC) circuit using two differentia...
In this paper we present a readout circuit for capacitive micro-electro-mechanical system (MEMS) sen...
The development of microelectromechanical system (MEMS) processes enables the integration of capacit...
Abstract—This papers presents a front-end circuit for inter-facing to differential capacitive sensor...
A compact CMOS instrumentation amplifier, based on the chopper modulation approach, is proposed as a...
Since large scientific and economic interests reside in micro-electromechanical systems (MEMS), this...
A switched-capacitor integrated system is presented in this work that attains sub-fF measurement res...
In this paper, a chopper stabilized fully differential CMOS pre-amplifier circuit is presented. The ...