Add to ORKGtextA digital logic circuit tends to become slower if the voltage (VDD) level drops below the normal VDD level. Because of this, the required data will not have settled before the arrival of the clock edge. This results in an incorrect sampling of the data leading to a functional failure of the chip. This thesis proposes a clock controller circuit which solves this issue. It consists of a voltage monitoring circuit to track the variations in the VDD level, a frequency multiplier and divider, and a selector logic circuit that outputs a particular frequency depending upon the VDD range in which the chip is operating.Electrical and Computer Engineerin
Clock gating is an effective technique for minimizing dynamic power in sequential circuits. However,...
Abstract—This work presents a clock generator with cascaded dynamic frequency counting (DFC) loops f...
An all-digital self-adaptive clock generation system capable of adapt the clock frequency to compens...
textA digital logic circuit tends to become slower if the voltage (VDD) level drops below the normal...
The Smartphone revolution and the Internet of Things (IoTs) have triggered rapid advances in complex...
International audienceIn classical synchronous designs, supply voltage droops can be handled by acco...
Increasing focus on power dissipation issues in current microprocessors has led to a host of proposa...
Increasing performance demands in integrated circuits, together with limited energy budgets, force I...
Synchronous clock distribution continues to be the dominant timing methodology for very large scale ...
Increasing focus on power dissipation issues in current microprocessors has led to a host of proposa...
United States Patent: 7,002,414專利國別：美國Application number: 10/688,516國際分類號：H03L 7/00[[abstract]]A dig...
Uniprocessor designs have always assumed worst-case operating conditions to set the operating clock ...
Nearly every synchronous digital circuit today is de-signed with timing margins. These timing margin...
An all-digital self-adaptive clock generation system capable of autonomously adapt the clock frequen...
As an increase of intelligent and self-powered devices is forecasted for our future everyday life, t...
Clock gating is an effective technique for minimizing dynamic power in sequential circuits. However,...
Abstract—This work presents a clock generator with cascaded dynamic frequency counting (DFC) loops f...
An all-digital self-adaptive clock generation system capable of adapt the clock frequency to compens...
textA digital logic circuit tends to become slower if the voltage (VDD) level drops below the normal...
The Smartphone revolution and the Internet of Things (IoTs) have triggered rapid advances in complex...
International audienceIn classical synchronous designs, supply voltage droops can be handled by acco...
Increasing focus on power dissipation issues in current microprocessors has led to a host of proposa...
Increasing performance demands in integrated circuits, together with limited energy budgets, force I...
Synchronous clock distribution continues to be the dominant timing methodology for very large scale ...
Increasing focus on power dissipation issues in current microprocessors has led to a host of proposa...
United States Patent: 7,002,414專利國別：美國Application number: 10/688,516國際分類號：H03L 7/00[[abstract]]A dig...
Uniprocessor designs have always assumed worst-case operating conditions to set the operating clock ...
Nearly every synchronous digital circuit today is de-signed with timing margins. These timing margin...
An all-digital self-adaptive clock generation system capable of autonomously adapt the clock frequen...
As an increase of intelligent and self-powered devices is forecasted for our future everyday life, t...
Clock gating is an effective technique for minimizing dynamic power in sequential circuits. However,...
Abstract—This work presents a clock generator with cascaded dynamic frequency counting (DFC) loops f...
An all-digital self-adaptive clock generation system capable of adapt the clock frequency to compens...