We have created a new impulse-response (IR) moment-extraction algorithm for RLC circuit networks. It employs a Feynman sum-over-paths postulate. Our approach begins with generation of s-domain nodal-voltage equations. We then perform a Taylor-series expansion of the circuit transfer function. ...
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Electrical engineering Arbitrary-order impulse-response (IR) moment extraction in RLC interconnect networks| A novel stochastic algorithm RENSSELAER POLYTECHNIC INSTITUTE Yannick L. Le Coz NiDaweiThe ongoing scaling of high-end digital ICs has increased the number of devices on a chip. Consequently, ...
We know how to decompose a signal in terms of convolution with the delta (impulse) function. Assume now we have the impulse response of a system/circuit h(t). To find the response due to an arbitrary signal x(t), all that needs to be done is take the impulse response h(t) and ...
We have created a new impulse-response (IR) moment-extraction algorithm for RC circuit networks. It employs a Feynman sum-over-paths postulate. Our approach begins with generation of s-domain nodal-voltage equations. We then perform a Taylor-series expansion of the circuit transfer function. ...
IMPULSE-RESPONSECoupled RLCM LinesWe have created a stochastic impulse-response (IR) moment-extraction algorithm for RLCM circuit networks. It employs a newly discovered Feynman Sum-over-Paths (SoP) postulate. We report here results of an initial numerical verification, involving an uncoupled RLCM-...
Impulse-response (IR) moments derived from an appropriate RLC interconnect model can be a computationally efficient means of analysis for the design of massively coupled digital ICs. This, we consider the primary subject of the Thesis.;In recent times, researchers have been seeking novel materials ...
Speedy and accurate solution of the circuit-equation solution is our primary focus. We will assume that massively coupled RLCM circuits that best model the current interconnect structures are available. We believe that low-order impulse-response (IR) moments for the RLCM circuits are, themselves,...
In addition, instead of the spark gap of the Marx generator, an insulated gate bipolar transistor (IGBT) was used as a trigger switch owing to its good performance in turning on and cutting off the current with a rapid response time and low noise at the instant of triggering. In this ...