WebFeb 27, 2009 · This work presents the transmission line equivalent model for lossy piezoelectric polymers and its SPICE implementation. The model includes the mechanical/visco. IEEE websites place cookies on your device to give you the best user experience. By using our websites, you agree to the placement of these cookies. ... WebCadence® PSpice technology offers more than 33,000 models covering various types of devices that are included in the PSpice software. Download PSpice for free and get all the …
SPICE Model for Lossy Piezoelectric Polymers - ResearchGate
WebLTSpice has the element called Lossy transmission line (symbol name ltline ): I tried to simalate a pretty simple schematic: R2,R3 and R4 resistors are for solve floating node problem. Simulation of this scheme is extremely … WebIdeal and lossy transmission lines are modeled in PSpice using Tline distributed models and TLUMP lumped line segment models. The parameters required for an ideal transmission line are the characteristic impedance, and either the transmission line delay or the normalized line length, which is the number of wavelengths along the line at a given ... portadown events
(PDF) SPICE model of lossy piezoelectric polymers - ResearchGate
WebMar 7, 2007 · As you can see, PSpice does quite well with lossy lines in the frequency domain. Unfortunately the same can't be said about the time domain. I spent a lot of time trying to get PSpice to model lossy lines correctly in the time domain, with very limited success. There isn't much information available about doing this in PSpice, but from Webwith the PSpice output. The phase difference observed should be about 200ns. The time delay on the line is 500ns and the period of the wave is 300ns. Thus, a 500ns delay will appear as a 200ns delay since the signals repeat every 300ns. The detailed reading of the output from PSpice uses the cursors. The window generated by the cursors is included WebPSPICE synonyms, PSPICE pronunciation, PSPICE translation, English dictionary definition of PSPICE. n. 1. a. Any of various pungent, aromatic plant substances, such as cinnamon … portadown family planning clinic