National audienceThis paper compares several de-embedding methods over millimeter and sub-millimeter wave frequen-cies in integrated technology. These methods are compared for S-CPW transmission lines considered as device under test. From these comparisons we propose an effective way to de-embed transmission lines. A method called "Half-Thru de-embedding method" is especially discussed. The SCPW transmission line model and results are obtained from Ansys HFSS Simulations in BiCMOS 55-nm integrat-ed technology
An evaluation is presented on the L–2L de-embedding method for on-chip transmission lines. The metho...
The generation and transmission of millimeter-wave signals for 5G applications require the use of br...
One of the most important aspects of modern electronic designs is device measurement and characteriz...
National audienceThis paper compares several de-embedding methods over millimeter and sub-millimeter...
National audienceThis paper compares several de-embedding methods over millimeter and sub-millimeter...
In this paper, the de-embedding study presented in [1] is extended from the simulation environment t...
Cette thèse porte sur l’étude des méthodes de mesure pour l’analyse vectorielle des circuits microél...
Wireless communication technology has kept evolving into higher frequency regime to take advantage o...
The generation and transmission of millimeter-wave signals for 5G applications require the use of br...
The generation and transmission of millimeter-wave signals for 5G applications require the use of br...
The generation and transmission of millimeter-wave signals for 5G applications require the use of br...
The generation and transmission of millimeter-wave signals for 5G applications require the use of br...
The technological downscaling has improved the figures of merit of silicon-based technology, enablin...
In this paper, two transmission line based de-embedding techniques are reviewed for application in 3...
Includes bibliographical references (p. 38)For an efficient design of RF integrated circuits (RFICs)...
An evaluation is presented on the L–2L de-embedding method for on-chip transmission lines. The metho...
The generation and transmission of millimeter-wave signals for 5G applications require the use of br...
One of the most important aspects of modern electronic designs is device measurement and characteriz...
National audienceThis paper compares several de-embedding methods over millimeter and sub-millimeter...
National audienceThis paper compares several de-embedding methods over millimeter and sub-millimeter...
In this paper, the de-embedding study presented in [1] is extended from the simulation environment t...
Cette thèse porte sur l’étude des méthodes de mesure pour l’analyse vectorielle des circuits microél...
Wireless communication technology has kept evolving into higher frequency regime to take advantage o...
The generation and transmission of millimeter-wave signals for 5G applications require the use of br...
The generation and transmission of millimeter-wave signals for 5G applications require the use of br...
The generation and transmission of millimeter-wave signals for 5G applications require the use of br...
The generation and transmission of millimeter-wave signals for 5G applications require the use of br...
The technological downscaling has improved the figures of merit of silicon-based technology, enablin...
In this paper, two transmission line based de-embedding techniques are reviewed for application in 3...
Includes bibliographical references (p. 38)For an efficient design of RF integrated circuits (RFICs)...
An evaluation is presented on the L–2L de-embedding method for on-chip transmission lines. The metho...
The generation and transmission of millimeter-wave signals for 5G applications require the use of br...
One of the most important aspects of modern electronic designs is device measurement and characteriz...