An analytical approach to the design of compact CMOS chopper amplifiers for integrated thermoelectric sensors is presented. The impact of the high resistance and low signal bandwidth of thermopile sources on the design is illustrated. The proposed approach, regarding the precision vs noise tradeoff, is applied to the design of a practical prototype, using a commercial process. Accurate electrical simulations are provided to confirm the effectiveness of the proposed design methodology
[[abstract]]This paper describes the CMOS circuit design of two different kinds of fast infrared tra...
The problem of constructing a thermal sensor based on the technology of microelectromechanical syste...
This thesis describes the implementation of a low input-current chopper amplifier. Chopper amplifier...
A compact CMOS instrumentation amplifier, based on the chopper modulation approach, is proposed as a...
An original architecture for the design of low-noise, low offset instrumentation amplifiers is descr...
A CMOS instrumentation amplifier for interfacing integrated thermal sensors is proposed. It is based...
In this paper, parameters related to the sensitivity of the interface circuits for capacitive sensor...
A compact CMOS instrumentation amplifier, based on a properly modified second order Gm–C low pass ...
This paper presents the design of a chopper stabilized current mode instrumentation amplifier and an...
In this work a novel architecture for the design of compact instrumentation amplifier is described. ...
This paper presents a sensor and its readout circuit suitable for contact-less temperature measureme...
An accurate low-power transadmittance amplifier, with a common-mode input range including the negati...
[[abstract]]In this paper, we describe the design and characterization of a CMOS micromachined suspe...
Abstract — This work presents the design and characterization of a CMOS-integrated thermal sensor th...
[[abstract]]This work presents the design and characterization of a CMOS-integrated thermal sensor t...
[[abstract]]This paper describes the CMOS circuit design of two different kinds of fast infrared tra...
The problem of constructing a thermal sensor based on the technology of microelectromechanical syste...
This thesis describes the implementation of a low input-current chopper amplifier. Chopper amplifier...
A compact CMOS instrumentation amplifier, based on the chopper modulation approach, is proposed as a...
An original architecture for the design of low-noise, low offset instrumentation amplifiers is descr...
A CMOS instrumentation amplifier for interfacing integrated thermal sensors is proposed. It is based...
In this paper, parameters related to the sensitivity of the interface circuits for capacitive sensor...
A compact CMOS instrumentation amplifier, based on a properly modified second order Gm–C low pass ...
This paper presents the design of a chopper stabilized current mode instrumentation amplifier and an...
In this work a novel architecture for the design of compact instrumentation amplifier is described. ...
This paper presents a sensor and its readout circuit suitable for contact-less temperature measureme...
An accurate low-power transadmittance amplifier, with a common-mode input range including the negati...
[[abstract]]In this paper, we describe the design and characterization of a CMOS micromachined suspe...
Abstract — This work presents the design and characterization of a CMOS-integrated thermal sensor th...
[[abstract]]This work presents the design and characterization of a CMOS-integrated thermal sensor t...
[[abstract]]This paper describes the CMOS circuit design of two different kinds of fast infrared tra...
The problem of constructing a thermal sensor based on the technology of microelectromechanical syste...
This thesis describes the implementation of a low input-current chopper amplifier. Chopper amplifier...