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The computer and specialized simulation software have become invaluable tools in wireless circuit design during the last 20 years Many software programs are available that can assist the engineer in optimizing a circuit for increased gain, frequency, output power, stability, etc, that would just not be possible without computer simulation capabilities in the shortened time frame permitted in modern industry This is true not only on the circuit design level, but also in wireless system design
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Downloaded from Digital Engineering Library @ McGraw-Hill (wwwdigitalengineeringlibrarycom) Copyright 2004 The McGraw-Hill Companies All rights reserved Any use is subject to the Terms of Use as given at the website
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Computer wireless circuit simulation programs can involve one or more methodologies The most common is Spice, developed at Berkley University some 30 years ago Spice works quite well at frequencies below 20 MHz (depending on the Spice model, some of which are optimized for much higher frequencies), and permits simulation of linear and nonlinear circuit behavior in the time, frequency, and transient domains It also allows the modeling of most real-life effects that occur when a transistor or diode is biased to almost any desired value However, Spice is very slow (a relatively simple circuit may take up to an hour to simulate), high-frequency component models are quite rare, and convergence can be a problem (convergence is the ability for Spice to come up with a correct answer during a simulation run) Spice is still invaluable in the simulation of many circuit designs even when another simulation methodology is used, especially for confirming proper active device bias and viewing the output waveform of a circuit in the time domain Linear simulators, such as Eagleware s Genesys and the included Caltech Puff, are the dominant program types employed in the RF and microwave world These operate with S-parameter models, which are the most accurate way of representing a device in the RF and microwave regions (see Sec 15, S Parameters ) However, S parameters of active devices are already biased with a certain IC and VCE when these models are taken, so a linear simulator s main limitation is that a circuit cannot be biased to any chosen current and voltage level In fact, the model s input and output parameters will be quite different in a real circuit if the designer later chooses to bias the transistor to any other value Time domain views are normally not possible (unless a reverse FFT is taken), and the linear simulator s display, using the program s own Bode analyzer tool, will always be in the frequency domain Nonetheless, linear modeling is very fast, allows rapid circuit tuning and optimization, and is quite accurate, and the models are prevalent Harmonic Balance (HB) simulation methods are practiced in very expensive, high-end simulators to model both linear and nonlinear circuit effects Unfortunately, HB component models are not only difficult to obtain, but it may take a very long time to simulate even a simple circuit Harmonic Balance will also not measure transient effects and is very poor at measuring the IMD products and higher-order harmonics of mixers and saturated amplifiers If this type of simulator can be afforded ($30,000 and up), it is still an incredible and enlightening look into the functionality of a particular RF circuit design A cousin to Harmonic Balance is the Volterra Series, which accurately models the slightly nonlinear effects present in all linear circuits This method is not meant to model grossly nonlinear circuits such as mixers, Class C amplifiers, oscillators, or frequency multipliers Three-dimensional planar electromagnetic analysis software employs the method of moments or the method of lines technique to simulate planar (microstrip, stripline, etc) microwave structures This type of simulator is able to display the gain and return loss of distributed microwave filters, transmission lines, waveguides, spiral inductors, planar antennas, and more, as well as
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Downloaded from Digital Engineering Library @ McGraw-Hill (wwwdigitalengineeringlibrarycom) Copyright 2004 The McGraw-Hill Companies All rights reserved Any use is subject to the Terms of Use as given at the website
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