The use of EDA tools ensure:
• Clean documentation.
• Reusable data.
• Functional verification.
• Easy modification.
• Automated rule check.
• Back-annotation (synchronization between schematic and layout).
• Bill of material.
Performance
• The two most critical parameters that have been used to measure the worth of new technologies have been speed and power.
• High power circuits are normally fast, but the increased power requires larger power supplies and tends to heat up the junctions on silicon chips which slows the devices.
• In today's most dominant ASIC technology - CMOS - high power can cause accelerated junction temperatures which can slow down speed.
• One way to reduce the power and still maintain speed is to develop circuits such as differential pairs that do not switch from voltage rail to voltage rail.
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