An on-chip noise canceller with high voltage supply lines for the nanosecond-range power supply noise is proposed. The canceller fabricated with 90-nm CMOS achieves 68% noise reduction with 2.0 % power increase. Under the same noise reduction conditions, the area penalty for the canceller is 1/77 and 1/45 of those for the additional on-chip decoup-ling capacitors and the power supply lines respectively
A common method to eliminate unwanted power line interference in neuro-biology laboratories where se...
Abstract—In this paper, an active guarding circuit is presented for wideband substrate noise suppres...
Switch-mode voltage regulators are considered as the dominant choice for low-power integrated power ...
With nanometre scaling, the amount of transistors per 100 square millimetre will increase following ...
On-chip decoupling capacitors (decaps) in the form of MOS transistors are widely used to reduce powe...
Abstract — With nanometre scaling, the amount of transistors per 100 square millimetre will increase...
The purpose of this thesis is to examine a new noise cancellation technique for very large scale int...
Signal integrity has become a major problem in digital IC design. One cause of this problem is devic...
Graduation date: 2011Supply noise is one of the major considerations in almost all analog building b...
A technique for characterizing the cyclically time varying statistical properties and spectrum of po...
We investigate the problem of decoupling capacitance allocation for power supply noise suppression a...
Technology scaling leads to smaller transistor feature dimensions, higher circuit integration densit...
In recent years the demand for mobile communication has increased rapidly. While in the early years ...
A monolithic offset cancelling circuit to reduce the offset voltage at an integrated audio-amplifier...
This paper describes the effectiveness of a high-gain column double-stage noise canceller for CMOS i...
A common method to eliminate unwanted power line interference in neuro-biology laboratories where se...
Abstract—In this paper, an active guarding circuit is presented for wideband substrate noise suppres...
Switch-mode voltage regulators are considered as the dominant choice for low-power integrated power ...
With nanometre scaling, the amount of transistors per 100 square millimetre will increase following ...
On-chip decoupling capacitors (decaps) in the form of MOS transistors are widely used to reduce powe...
Abstract — With nanometre scaling, the amount of transistors per 100 square millimetre will increase...
The purpose of this thesis is to examine a new noise cancellation technique for very large scale int...
Signal integrity has become a major problem in digital IC design. One cause of this problem is devic...
Graduation date: 2011Supply noise is one of the major considerations in almost all analog building b...
A technique for characterizing the cyclically time varying statistical properties and spectrum of po...
We investigate the problem of decoupling capacitance allocation for power supply noise suppression a...
Technology scaling leads to smaller transistor feature dimensions, higher circuit integration densit...
In recent years the demand for mobile communication has increased rapidly. While in the early years ...
A monolithic offset cancelling circuit to reduce the offset voltage at an integrated audio-amplifier...
This paper describes the effectiveness of a high-gain column double-stage noise canceller for CMOS i...
A common method to eliminate unwanted power line interference in neuro-biology laboratories where se...
Abstract—In this paper, an active guarding circuit is presented for wideband substrate noise suppres...
Switch-mode voltage regulators are considered as the dominant choice for low-power integrated power ...