The differential difference amplifier (DDA) is considered as a versatile building block for the analogue processing of floating voltages. An automatic offset compensation scheme is proposed for the DDA structure. A digital successive approximation algorithm is implemented to reduce the offset input voltages. The proposed circuit has been fabricated and tested in a 0.8 mu m CMOS technology
This manuscript presents a fully differential difference transconductance amplifier (FDDTA) architec...
This paper presents a new technique that allows the realization of exact voltage gain relations in f...
Abstract — The Differential amplifier is one of the versatile circuits in analog circuit design. A d...
We present the fully balanced version of the differential difference amplifier (DDA) as an essential...
In this paper, the nonlinearity error induced by interpolation amplifier in interpolating analog-to-...
The work deals with the analog design of low-voltage and low-power differential difference amplifier...
The bachelor's thesis deals with the design of differential difference amplifier (DDA) in technology...
This paper presents a novel on-chip digital method of calibration for a fully differential differenc...
This article deals with the calibration method of analog integrated circuits (ICs) designed in CMOS ...
In this paper, we present two amplifiers designed in CMOS technology and including an auto-zero arch...
This paper deals with the measurement of input offset voltage of a fully differential low-voltage va...
An autozero amplifier may include a window comparator network to monitor an output offset of a diffe...
Abstract- This paper proposes a novel finite-gain nonlinearity in MDACs of pipelined ADCs or poles a...
A novel, digital-in-concept approach in the design of analog differential circuits, suitable to very...
Operational amplifiers have an important role as a basic building block in analog circuit design. On...
This manuscript presents a fully differential difference transconductance amplifier (FDDTA) architec...
This paper presents a new technique that allows the realization of exact voltage gain relations in f...
Abstract — The Differential amplifier is one of the versatile circuits in analog circuit design. A d...
We present the fully balanced version of the differential difference amplifier (DDA) as an essential...
In this paper, the nonlinearity error induced by interpolation amplifier in interpolating analog-to-...
The work deals with the analog design of low-voltage and low-power differential difference amplifier...
The bachelor's thesis deals with the design of differential difference amplifier (DDA) in technology...
This paper presents a novel on-chip digital method of calibration for a fully differential differenc...
This article deals with the calibration method of analog integrated circuits (ICs) designed in CMOS ...
In this paper, we present two amplifiers designed in CMOS technology and including an auto-zero arch...
This paper deals with the measurement of input offset voltage of a fully differential low-voltage va...
An autozero amplifier may include a window comparator network to monitor an output offset of a diffe...
Abstract- This paper proposes a novel finite-gain nonlinearity in MDACs of pipelined ADCs or poles a...
A novel, digital-in-concept approach in the design of analog differential circuits, suitable to very...
Operational amplifiers have an important role as a basic building block in analog circuit design. On...
This manuscript presents a fully differential difference transconductance amplifier (FDDTA) architec...
This paper presents a new technique that allows the realization of exact voltage gain relations in f...
Abstract — The Differential amplifier is one of the versatile circuits in analog circuit design. A d...
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