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DESIGN OF A 4-BIT VEDIC MULTIPLIER USING TRANSISTORS

机译:利用晶体管设计4位VEDIC乘法器

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CMOS Logical circuits are widely used in the designing of Power and area efficient multiplier in various digital signal processors. The ancient philosophy of Vedic multiplication advantage can be taken for the multiplier implementation with the help of "Urdhva Tiryak Bhyam sutra". In almost all the processors, multiplier p lays a vital role & contributes substantially to the total power consumption of the system. This is very reliable because of the use of the Vedic algorithm (sutras) that reduces the number of computational steps to a great extent compared to any conventional method. This paper presents a high performance multiplier which has the maximum power reduction compared to gate level analysis. The schematic for this multiplier is designed using CADENCE tool. The design is then simulated in ADE using spectra in 180nm CMOS technology library file.
机译:CMOS逻辑电路广泛用于各种数字信号处理器的功率和面积有效乘法器的设计中。在“ Urdhva Tiryak Bhyam佛经”的帮助下,古老的吠陀乘法优势哲学可用于实施乘法器。在几乎所有处理器中,乘数p都起着至关重要的作用,并且对系统的总功耗做出了重大贡献。这是非常可靠的,因为与任何传统方法相比,使用Vedic算法(经文)可在很大程度上减少计算步骤的数量。本文提出了一种高性能乘法器,与门级分析相比,它具有最大的功耗降低。该乘法器的原理图是使用CADENCE工具设计的。然后在ADE中使用180nm CMOS技术库文件中的光谱对设计进行仿真。

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