From Syfer Technology Limited
In our communications-dominated electronics world, with the focus on 'connected' and wireless portable devices, high frequency design and integration have become critical factors. The integration of digital, analogue and mixed signal circuits continues apace, with RF and microwave circuitry more often included. Notably, however, the integration of associated passive RF and microwave components has progressed far more slowly. These components, principally inductors and capacitors, which form such a small part of a circuit diagram, can now occupy most of the physical space on a printed circuit board implementation. Clearly, increased integration of microwave components, such as filters, baluns and couplers, promises significant advantages.
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Topics of Interest
M. Gillick, I. D. Robertson and S. Lucyszyn 3.1 Introduction It is the extensive use of passive components that makes MMIC design so different to conventional integrated circuit design and...
Practical Filters and Couplers: A Collection from Applied Microwave & Wireless With contributions from more than 20 experts, these articles will show you how to use the latest design and...
3.8 Printed Circuit Boards Planar transmission lines are well suited for use in a multilayer microwave printed circuit board (PCB), which consists of one more layers of metallized dielectric...
2.1 Introduction Scattering parameters (s-parameters) greatly assist in the design, analysis, simulation and measurement of many linear RF and microwave active devices such as transistors and...
Many common circuits make use of inductors and capacitors in different ways to achieve their functionality. Filters, impedance matching circuits, resonators, and chokes are common examples. We study...
