This paper proposed a self-biasing constantcurrent source circuit which is suitable for analog integrated and mixed mode circuits.A low input resistance, high output resistance and high gain current source is proposed. This current source circuit is designed by using five n-type and two p-type MOSFETs. Simulation is performed with 90nm digital CMOS technology.Accuracy and gainare the most important parameters to observe the performance of the Current Source. This current source is operated at 0.8V supply voltage
[[abstract]]This paper describes a circuit, which generates a low temperature-dependent bias current...
In this paper we examine the impact of deep sub-micron CMOS technology on analog circuit design with...
In this work a new topology for a self-biased current reference, based on an asymmetric bulk-modifie...
AbstractThis paper presents a voltage threshold-based self-bias and can be used for integrated CMOS ...
This paper proposes a low voltage current mirror circuit with low input impedance and high output im...
Abstract—A new current source for low-voltage applications is proposed. This current source is well ...
A constant current source has been designed which makes use of on chip electrically erasable memory ...
In this paper. a novel 800 mV beta-multiplier reference current source circuit is presented. In orde...
In this paper the current mirror presented, having low voltage and mixed mode structure has been pro...
A current reference circuit is a basic building block in analog, digital and mixed-signal design sys...
A highly linear fully self-biased class AB current buffer designed in a standard 0.18 mu m CMOS proc...
Naturally simple and parallel low voltage and autozeroing current mode analog circuits Transconducta...
[[abstract]]This paper describes a circuit, which generates temperature-independent bias currents. I...
This paper describes design improvement of a current reference, originally based on dual-threshold v...
A new start-up circuit configuration, with minimal standby power dissipation, is proposed for CMOS s...
[[abstract]]This paper describes a circuit, which generates a low temperature-dependent bias current...
In this paper we examine the impact of deep sub-micron CMOS technology on analog circuit design with...
In this work a new topology for a self-biased current reference, based on an asymmetric bulk-modifie...
AbstractThis paper presents a voltage threshold-based self-bias and can be used for integrated CMOS ...
This paper proposes a low voltage current mirror circuit with low input impedance and high output im...
Abstract—A new current source for low-voltage applications is proposed. This current source is well ...
A constant current source has been designed which makes use of on chip electrically erasable memory ...
In this paper. a novel 800 mV beta-multiplier reference current source circuit is presented. In orde...
In this paper the current mirror presented, having low voltage and mixed mode structure has been pro...
A current reference circuit is a basic building block in analog, digital and mixed-signal design sys...
A highly linear fully self-biased class AB current buffer designed in a standard 0.18 mu m CMOS proc...
Naturally simple and parallel low voltage and autozeroing current mode analog circuits Transconducta...
[[abstract]]This paper describes a circuit, which generates temperature-independent bias currents. I...
This paper describes design improvement of a current reference, originally based on dual-threshold v...
A new start-up circuit configuration, with minimal standby power dissipation, is proposed for CMOS s...
[[abstract]]This paper describes a circuit, which generates a low temperature-dependent bias current...
In this paper we examine the impact of deep sub-micron CMOS technology on analog circuit design with...
In this work a new topology for a self-biased current reference, based on an asymmetric bulk-modifie...