Information relevant to each group is included such that each can use, digest, and disseminate it to their organization. Because of the dynamic circuits, these chips include far more complex logic than ever before. Each of these questions will be addressed at the tutorial. Test methods which have been developed and trusted for static logic can easily fail to provide proper evaluation of dynamic circuits. The ways that dynamic logic operate and fail are different from static logic.
Dynamic logic has a precharge and evaluate portion for each cycle.
Data inputs are used to clock the logical operation. Inputs must start in a reset state, must not glitch, and must not have false transitions. The performance advantage of dynamic logic is significant. Though with the speed advantage comes more noise generation, causing real concern due to these circuits being more noise sensitive. The techniques and patterns which adequately test static logic gates do not adequately test some of their corresponding dynamic logic gates.