Douglas B. Miron – författare

As wireless devices and systems get both smaller and more ubiquitous, the demand for effective but small antennas is rapidly increasing. Small Antenna Design describes the theory behind effective small antenna design and give design techniques and examples for small antennas for different operating frequencies. Design techniques are given for the entire radio spectrum, from a very hundred kilohertz to the gigahertz range.Unlike other antenna books which are heavily mathematical and theoretical, Douglas Miron keeps mathematics to the absolute minimum required to explain design techniques. Ground planes, essential for operation of many antenna designs, are extensively discussed.- Author''s extensive experience as a practicing antenna design engineer gives book a strong "hands-on" emphasis- Covers antenna design techniques from very low frequency (below 300 kHz) to microwave (above 1 GHz) ranges- Special attention is given to antenna design for mobile/portable applications such as cell phones, WiFi, etc

The Newnes Know It All Series takes the best of what our authors have written to create hard-working desk references that will be an engineer''s first port of call for key information, design techniques and rules of thumb. Guaranteed not to gather dust on a shelf!RF (radio frequency) and wireless technologies drive communication today. This technology and its applications enable wireless phones, portable device roaming, and short-range industrial and commercial application communication such as the supply chain management wonder, RFID. Up-to-date information regarding software defined RF, using frequencies smarter, and using more of the spectrum, with ultrawideband technology is detailed.- A 360-degree view from best-selling authors including Roberto Aiello, Bruce Fette, and Praphul Chandra- Hot topics covered including ultrawideband and cognitive radio technologies- The ultimate hard-working desk reference: all the essential information, techniques, and tricks of the trade in one volume