This paper applies a reliable and efficient algorithm for passivity enforcement of multiport S-parameter macromodels. It minimizes the passivity violations in each iteration step, and converges to a uniformly passive macromodel. The method iteratively updates the residues of the macromodel by means of a simple least-squares fitting procedure. Numerical examples indicate that passive macromodels are obtained at a limited computational cost while preserving a good accuracy
Passive time-domain macromodeling of EM subnetworks and high-speed modules characterized by S-parame...
Passive macromodeling of EM subnetworks and high-speed modules characterized by S-parameters has gen...
This paper presents an efficient algorithm based on linear formulation for addressing passivity of m...
Abstract—This paper applies a reliable and efficient algorithm for passivity enforcement of multipor...
This paper presents an efficient and robust algorithm for passivity enforcement of S-parameter-based...
This paper presents an efficient and robust algorithm for passivity enforcement of S-parameter-based...
This paper presents an efficient and robust algorithm for passivity enforcement of S-parameter-based...
This paper presents an efficient and robust algorithm for passivity enforcement of S-parameter-based...
This paper presents an efficient and robust algorithm for passivity enforcement of S-parameter-based...
This paper applies a reliable and efficient algorithm for passivity enforcement of common-pole multi...
This paper applies a reliable and efficient algorithm for passivity enforcement of common-pole multi...
This paper applies a reliable and efficient algorithm for passivity enforcement of common-pole multi...
This paper applies a reliable and efficient algorithm for passivity enforcement of common-pole multi...
This paper presents a fast iterative algorithm for passivity enforcement of large nonpassive macromo...
Abstract—This paper presents an efficient and robust algorithm for passivity enforcement of-paramete...
Passive time-domain macromodeling of EM subnetworks and high-speed modules characterized by S-parame...
Passive macromodeling of EM subnetworks and high-speed modules characterized by S-parameters has gen...
This paper presents an efficient algorithm based on linear formulation for addressing passivity of m...
Abstract—This paper applies a reliable and efficient algorithm for passivity enforcement of multipor...
This paper presents an efficient and robust algorithm for passivity enforcement of S-parameter-based...
This paper presents an efficient and robust algorithm for passivity enforcement of S-parameter-based...
This paper presents an efficient and robust algorithm for passivity enforcement of S-parameter-based...
This paper presents an efficient and robust algorithm for passivity enforcement of S-parameter-based...
This paper presents an efficient and robust algorithm for passivity enforcement of S-parameter-based...
This paper applies a reliable and efficient algorithm for passivity enforcement of common-pole multi...
This paper applies a reliable and efficient algorithm for passivity enforcement of common-pole multi...
This paper applies a reliable and efficient algorithm for passivity enforcement of common-pole multi...
This paper applies a reliable and efficient algorithm for passivity enforcement of common-pole multi...
This paper presents a fast iterative algorithm for passivity enforcement of large nonpassive macromo...
Abstract—This paper presents an efficient and robust algorithm for passivity enforcement of-paramete...
Passive time-domain macromodeling of EM subnetworks and high-speed modules characterized by S-parame...
Passive macromodeling of EM subnetworks and high-speed modules characterized by S-parameters has gen...
This paper presents an efficient algorithm based on linear formulation for addressing passivity of m...