Linear lossy two-conductor transmission line can be modelled as dynamic two ports in the time domain, via the describing input and transfer impulse responses. This convolution technique is very e!ective when dealing with networks composed of transmission lines with frequency-dependent parameters and
Modeling Transmission Lines on Silicon in the Frequency and Time Domains from -Parameters
β Scribed by Sejas-Garcia, S.C.; Torres-Torres, R.; Murphy-Arteaga, R.S.
- Book ID
- 114620949
- Publisher
- IEEE
- Year
- 2012
- Tongue
- English
- Weight
- 461 KB
- Volume
- 59
- Category
- Article
- ISSN
- 0018-9383
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π SIMILAR VOLUMES
The nature and significance of time-domain approximations needed for a diakoptic solution using transmissionline modelling (TLM) are examined. Truncation, filtering and repeated convolution of time responses result in severe restrictions in the accuracy of time-domain diakoptics. The frequency-domai
The pressure broadening of the CO J R J Γ 1 R 0 line has been studied by two different techniques. Analysing coherent transients by the time-domain technique yields a broadening parameter C w Γ 3.43(2) MHz/Torr, whereas the analysis of the absorption spectrum by the frequency-domain technique result
A new approach for time-domain analysis and design of lumped networks is considered. The lumped elements are modeled by transmission-line sections or stubs and the modeled network is analysed by the transmission-line matrix (TLM) method, which provides an exact solution to the model. Compensafion of