Add to ORKGAbstract- Conceptually new constant-gm input-stage archi-tecture is presented. It provides near constant net transcon-ductance independent of transistor operating region- strong, moderate or weak inversion. One possible implementation of the proposed architecture is discussed in details. Its op-eration has been experimentally verified. Results from per-formed measurements are included.
In this paper a low-voltage two-stage Op Amp is presented. The Op Amp features rail-to-rail operatio...
A differential input, single ended output transconductor with gm in the range 0.5-5 nS is presented....
The use of the dynamic threshold MOS (DTMOS) technique is evaluated in a two-stage rail-to-rail Inpu...
This paper presents a compensation structure to reduce the output common mode current of a rail-to-r...
[[abstract]]Presented is a 0.9 V rail-to-rail constant g(m) CMOS amplifier input stage consisting of...
A new architecture for constant-gm rail-to-rail(R-R) input stages is presented that has less than 5 ...
[[abstract]]Presented is a 0.9 V rail-to-rail constant g(m) CMOS amplifier input stage consisting of...
A new rail-to-rail CMOS input architecture is presented that delivers behaviour nearly independent o...
Abstract—In this paper, we propose a robust and scalable con-stant- rail-to-rail CMOS input stage fo...
[[abstract]]A 1 V rail-to-rail constant-g(m) CMOS operational amplifier is proposed. This study show...
[[abstract]]A 1 V rail-to-rail constant-g(m) CMOS operational amplifier is proposed. This study show...
This paper presents an efficient and robust circuital implementation of a rail-to-rail input stage w...
Abstract-A family of:ompact CMOS rid-to-rail input stages with constant-g, is preslmted. To attain a...
In this paper a low-voltage two-stage Op Amp is presented. The Op Amp features rail-to-rail operatio...
In this paper a low voltage constant transconductance (gm) rail-to-rail input and output CMOS operat...
In this paper a low-voltage two-stage Op Amp is presented. The Op Amp features rail-to-rail operatio...
A differential input, single ended output transconductor with gm in the range 0.5-5 nS is presented....
The use of the dynamic threshold MOS (DTMOS) technique is evaluated in a two-stage rail-to-rail Inpu...
This paper presents a compensation structure to reduce the output common mode current of a rail-to-r...
[[abstract]]Presented is a 0.9 V rail-to-rail constant g(m) CMOS amplifier input stage consisting of...
A new architecture for constant-gm rail-to-rail(R-R) input stages is presented that has less than 5 ...
[[abstract]]Presented is a 0.9 V rail-to-rail constant g(m) CMOS amplifier input stage consisting of...
A new rail-to-rail CMOS input architecture is presented that delivers behaviour nearly independent o...
Abstract—In this paper, we propose a robust and scalable con-stant- rail-to-rail CMOS input stage fo...
[[abstract]]A 1 V rail-to-rail constant-g(m) CMOS operational amplifier is proposed. This study show...
[[abstract]]A 1 V rail-to-rail constant-g(m) CMOS operational amplifier is proposed. This study show...
This paper presents an efficient and robust circuital implementation of a rail-to-rail input stage w...
Abstract-A family of:ompact CMOS rid-to-rail input stages with constant-g, is preslmted. To attain a...
In this paper a low-voltage two-stage Op Amp is presented. The Op Amp features rail-to-rail operatio...
In this paper a low voltage constant transconductance (gm) rail-to-rail input and output CMOS operat...
In this paper a low-voltage two-stage Op Amp is presented. The Op Amp features rail-to-rail operatio...
A differential input, single ended output transconductor with gm in the range 0.5-5 nS is presented....
The use of the dynamic threshold MOS (DTMOS) technique is evaluated in a two-stage rail-to-rail Inpu...