LINC2 incorporates matching network synthesis, microstrip and stripline transmission-line synthesis, pi- and t-pad design, and a circles utility for designing input (I)- and output (O)-matching networks around a two-port or transistor circuit. LINC2 (see figure) is a personal computer (PC)-based program that uses a nodal circuit description format similar to those used in the Series IV suite of programs from Agilent Technologies (former HP/EEsof, Santa Rosa, CA) and the =SuperStar= suite of software tools from Eagleware (Tucker, GA). And the $495 price makes the software attractive for practicing engineers as well as engineering students. The LINC2 package combines a suite of RF analysis tools with a powerful RF and microwave circuit simulator. One of the brightest new and affordable additions to the current lineup of available linear-circuit simulators is LINC2 from Applied Computational Sciences (Escondido, CA). Yes, other tools are used, including nonlinear simulators and electromagnetic (EM) design software, but the linear simulator is still the computer-aided-engineering (CAE) workhorse for small-signal amplifiers and a wide range of passive components, such as couplers, filters, and power dividers. Linear-circuit simulators handle the bulk of the design work at RF and microwave frequencies.
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