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This thesis reports a 1.5V high-speed 8X8 multiplier circuit usingthe Wallace tree reduction architecture and true-single- phase bootstrappeddyanmic and static circuit techniques. Based on a 0.8um CMOS technology, the CLA circuit speed performance of this 8X8 dynamic multiplier circuit is improved by 39% as compared to the CMOS Manchester carry look-aheadcircuit without using the bootstrapped technique. In the whole dynamicmultiplier circuit, it is improved by 15.5%. The proposed Modified- Manchester CLA circuit speed performance of this 8X8 static multiplier circuit is improved by 60.8% as compared to thhe conventional static CLA circuit whithout using bootstrapped technique. The whole static multiplier circuit is improvedby 35.5%.
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