Add to ORKGThis paper provides an overview of the recent circuit level and physical level substrate noise reduction techniques. Several of these techniques are compared for their advantages and disadvantages in “System-on-Chip” applications. 1
Graduation date: 2004This thesis presents Silencer!, a fully automated, schematic-driven tool for\ud...
This practical resource offers you detailed guidance on the impact of substrate noise on a wide rang...
In many consumer products, e.g., cellular phones and handheld computers, both digital and analog cir...
Progress of integrated circuit technology allows integra-tion of analog and digital circuits on the ...
Progress of integrated circuit technology allows integration of analog and digital circuits on the s...
As a consequence of increasing system operating frequencies and reduced device spacing, substrate no...
Graduation date: 2005An analysis of substrate noise coupling in mixed-signal circuits has been perfo...
Integrating analog and radio-frequency (RF) circuits with digital blocks on a CMOS system-on-a-chip ...
Abstract—In this paper, an active guarding circuit is presented for wideband substrate noise suppres...
This paper presents the analysis and measurements of the impact of digital substrate noise on embedd...
In mixed-signal ICs that integrate complex digital circuits together with high-performance analog ci...
Abstract:- Substrate noise effects caused by the integration of a DC-DC converter into a 0.13 µm CMO...
The trend of system-on-a-chip carries on the end of the VLSI era to fulfill the ever-rising demands ...
Microelectronics is heading towards larger and larger systems implemented on a single chip. In wirel...
www.dac.com This document has been submitted to, and reviewed and posted by, the editors of DAC.com....
Graduation date: 2004This thesis presents Silencer!, a fully automated, schematic-driven tool for\ud...
This practical resource offers you detailed guidance on the impact of substrate noise on a wide rang...
In many consumer products, e.g., cellular phones and handheld computers, both digital and analog cir...
Progress of integrated circuit technology allows integra-tion of analog and digital circuits on the ...
Progress of integrated circuit technology allows integration of analog and digital circuits on the s...
As a consequence of increasing system operating frequencies and reduced device spacing, substrate no...
Graduation date: 2005An analysis of substrate noise coupling in mixed-signal circuits has been perfo...
Integrating analog and radio-frequency (RF) circuits with digital blocks on a CMOS system-on-a-chip ...
Abstract—In this paper, an active guarding circuit is presented for wideband substrate noise suppres...
This paper presents the analysis and measurements of the impact of digital substrate noise on embedd...
In mixed-signal ICs that integrate complex digital circuits together with high-performance analog ci...
Abstract:- Substrate noise effects caused by the integration of a DC-DC converter into a 0.13 µm CMO...
The trend of system-on-a-chip carries on the end of the VLSI era to fulfill the ever-rising demands ...
Microelectronics is heading towards larger and larger systems implemented on a single chip. In wirel...
www.dac.com This document has been submitted to, and reviewed and posted by, the editors of DAC.com....
Graduation date: 2004This thesis presents Silencer!, a fully automated, schematic-driven tool for\ud...
This practical resource offers you detailed guidance on the impact of substrate noise on a wide rang...
In many consumer products, e.g., cellular phones and handheld computers, both digital and analog cir...