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Multi-node Driving Circuits for Multi-branch Transmission Wires

机译:用于多分支传输线的多节点驱动电路

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In this paper, we propose multi-node driving circuits for multi-branch transmission wires. Power dissipation could be decreased remarkably by dividing the full signal swing into several low swings through charge redistribution. HSPICE simulations show that while driving three branches with load capacitance of 1pF each, the proposed scheme can save the power by more than 66% compared with the circuit from reference, under a voltage supply of 1.2V in 0.13um technology.
机译:在本文中,我们提出了用于多分支传输线的多节点驱动电路。通过电荷再分布将全信号摆动分成几个低摇摆,可以显着降低功耗。 HSPICE模拟表明,在驾驶有1PF的负载电容的三个分支时,所提出的方案可以在0.13um技术的电压电源下与来自参考的电压相比将功率降低超过66%。

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