Abstract
A design methodology for simulated MMIC inductors is presented. While audio-frequency realizations of such circuits are built using relatively imperfection-free gyrators terminated in lossless capacitors, our microwave implementation necessarily allows the specification of tables of s-parameters for the transistors in the network, along with detailed models for the passive MMIC components. Our method, in computer simulation, has realized a 5-nH inductance over 1.5–2.5 GHz by terminating a nonideal transistor gyrator in a special compensating RLC one port, which itself may be designed using readily available CAD tools. Such simulated inductors have important application in microwave active filters. © 1997 John Wiley & Sons, Inc. Int J Microwave Millimeter-Wave CAE 7: 241–249, 1997
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