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The VCP architecture maintains the original scan cell order.
To address these issues, we have proposed Integrated Low Power Gating (ILPG) Scan Cell to alleviate shift power consumption by modifying conventional master-slave scan cell.
Another low power gating scan cell for critical paths, called Critical Path Integrated Low Power Gating (CPILPG) Scan Cell, has been proposed.
These problems can be eliminated with the proposed scan cell architecture.
In the proposed scan cell architecture some of the idle flip-flops are disabled during scanning using a control signal.
It speeds up the data launch operation in normal/capture mode compared to ILPG scan cell through the utilization of transmission gate.
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This excessive power consumption is mainly due to switching of the scan cells.
This design methodology essentially assumes that observable errors as well as X-bits are randomly distributed among all scan cells.
Recent studies show that X-bits may not be randomly distributed; some scan cells could capture much more X-bits than others.
We then propose a new approach which clears the states of all sensitive scan cells whenever the circuit under test is switched to test mode.
The technique proposed in this paper reduces switching activity in the scan cells there by the power consumption during testing can be reduced.
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