In this paper, two transmission line based de-embedding techniques are reviewed for application in 3D IC measurements. In particular, full-wave models of extremely small stripline geometries are investigated. The advantages and drawbacks of each method are discussed in reference to simulation results, and a new hybrid method is proposed
International audienceThis paper deals with possible validation issues that can be met when transmis...
Accurate PCB transmission-line characterization can be challenging due to the effect of test fixture...
Includes bibliographical references (p. 38)For an efficient design of RF integrated circuits (RFICs)...
In this paper, the de-embedding study presented in [1] is extended from the simulation environment t...
A novel de-embedding method on transmission line device under testing (DUT) is introduced in this pa...
S-parameter de-embedding methods require multiple fixtures to be identical. However, due to manufact...
An evaluation is presented on the L–2L de-embedding method for on-chip transmission lines. The metho...
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...
National audienceThis paper compares several de-embedding methods over millimeter and sub-millimeter...
In this paper, we present a new de-embedding technique which does not require any dedicated RF test ...
Full-wave de-embedding refers to a network de-embedding technique in which the fixture effects are r...
Transmission line port de-embedding is critical in characterization and modeling for high-speed digi...
© 1963-2012 IEEE. We describe a hybrid de-embedding method that can achieve a good balance between a...
International audienceThis paper deals with possible validation issues that can be met when transmis...
International audienceThis paper deals with possible validation issues that can be met when transmis...
Accurate PCB transmission-line characterization can be challenging due to the effect of test fixture...
Includes bibliographical references (p. 38)For an efficient design of RF integrated circuits (RFICs)...
In this paper, the de-embedding study presented in [1] is extended from the simulation environment t...
A novel de-embedding method on transmission line device under testing (DUT) is introduced in this pa...
S-parameter de-embedding methods require multiple fixtures to be identical. However, due to manufact...
An evaluation is presented on the L–2L de-embedding method for on-chip transmission lines. The metho...
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...
National audienceThis paper compares several de-embedding methods over millimeter and sub-millimeter...
In this paper, we present a new de-embedding technique which does not require any dedicated RF test ...
Full-wave de-embedding refers to a network de-embedding technique in which the fixture effects are r...
Transmission line port de-embedding is critical in characterization and modeling for high-speed digi...
© 1963-2012 IEEE. We describe a hybrid de-embedding method that can achieve a good balance between a...
International audienceThis paper deals with possible validation issues that can be met when transmis...
International audienceThis paper deals with possible validation issues that can be met when transmis...
Accurate PCB transmission-line characterization can be challenging due to the effect of test fixture...
Includes bibliographical references (p. 38)For an efficient design of RF integrated circuits (RFICs)...