In this paper we have investigated current crowding and misalignment effects as sources of error in the extraction of the contact resistivity from contact resistance data. Computer simulations have been carried out to analyze both conventional CER and CKR structures. The extent of the errors related to such parasitic effects is discussed, with particular emphasis on the effect of current crowding in misaligned contacts, in the case where the contact geometry is not correctly taken into account
The Cross-Kelvin Resistor test structure is commonly used for the extraction of the specific contact...
The Cox-Strack method is commonly applied to assess the contact resistivity between a metal and a se...
The Cox-Strack method is commonly applied to assess the contact resistivity between a metal and a se...
In this paper we have investigated current crowding and misalignment effects as sources of error in ...
In this work we show that an accurate and straightforward extraction of the contact resistivity from...
Various test structures have been employed to determine the specific contact resistivity (rhoc) of o...
The parasitic factors that strongly influence the measurement accuracy of cross-bridge Kelvin resist...
Abstract—The Cross-Kelvin Resistor test structure is commonly used for the extraction of the specifi...
Abstract—The parasitic factors that strongly influence the mea-surement accuracy of Cross-Bridge Kel...
The parasitic factors that strongly influence the measurement accuracy of Cross-Bridge Kelvin Resist...
In this paper, we discuss the impact of current crowding on 1/f noise generation and third harmonic ...
The performance of electrical contacts, which are inevitable in the electricity distribution system ...
During manufacturing of multi-strand cables the conductors are subjected to twisting and pressing wh...
Purpose In the majority of devices for measuring the resistance of wires or cables, the supplying vo...
During the manufacturing process multi-strand conductors are subject to compressive force and rotati...
The Cross-Kelvin Resistor test structure is commonly used for the extraction of the specific contact...
The Cox-Strack method is commonly applied to assess the contact resistivity between a metal and a se...
The Cox-Strack method is commonly applied to assess the contact resistivity between a metal and a se...
In this paper we have investigated current crowding and misalignment effects as sources of error in ...
In this work we show that an accurate and straightforward extraction of the contact resistivity from...
Various test structures have been employed to determine the specific contact resistivity (rhoc) of o...
The parasitic factors that strongly influence the measurement accuracy of cross-bridge Kelvin resist...
Abstract—The Cross-Kelvin Resistor test structure is commonly used for the extraction of the specifi...
Abstract—The parasitic factors that strongly influence the mea-surement accuracy of Cross-Bridge Kel...
The parasitic factors that strongly influence the measurement accuracy of Cross-Bridge Kelvin Resist...
In this paper, we discuss the impact of current crowding on 1/f noise generation and third harmonic ...
The performance of electrical contacts, which are inevitable in the electricity distribution system ...
During manufacturing of multi-strand cables the conductors are subjected to twisting and pressing wh...
Purpose In the majority of devices for measuring the resistance of wires or cables, the supplying vo...
During the manufacturing process multi-strand conductors are subject to compressive force and rotati...
The Cross-Kelvin Resistor test structure is commonly used for the extraction of the specific contact...
The Cox-Strack method is commonly applied to assess the contact resistivity between a metal and a se...
The Cox-Strack method is commonly applied to assess the contact resistivity between a metal and a se...