The use of reconfigurable matching has become more and more desirable as mismatches between such interfaces as antenna and receiver increase. The present paper investigates reconfigurable matching by measurements of a CMOS Impedance Tuning Unit (ITU) designed for Digital Video Broadcasting for Handheld devices (DVB-H). The ITU consists of switched capacitors arranged in three capacitor banks, with inductors between them, thus creating a reconfigurable ladder matching network. It is demonstrated that any mismatch up to VSWR = 8 can be transformed to a mismatch better than VSWR = 2, that IIP2 = 7 dBm and IIP3 = 0.5 dBm, and that loss is 2.1 dB
We have developed a novel reconfigurable matching network based on the loaded‐line technique. The ne...
Abstract — This paper presents an electronically tunable impedance transformer and matching network ...
On-chip impedance matching has become a major focus as companies and institutions move closer to a c...
Mobile phones become smaller but include more advanced functions for every new generation. This para...
Switched capacitors are here investigated for use in reconfigurable matching networks, particularly ...
This paper presents a simple integrated reference based adaptive matching network capable of underta...
An Impedance Tuning Unit (ITU) has the ability to tune the impedance of for instance the antenna to ...
In this thesis an automated matching network is investigated as a means to reduce mismatch loss in c...
As wireless devices continue to increase in utility while decreasing in dimension, design of the RF ...
International audienceThe design and measurement of a compact narrowband impedance matching network ...
Impedance matching is concurrent with any radio frequency (RF) circuit design and is essential for m...
International audienceThis paper presents the design, fabrication, and characterization of a compact...
In this thesis, automatic impedance matching circuits are designed by using several tuning approache...
IEEE Radio Frequency Integrated Circuits (RFIC) Symposium, Phoenix, Arizona, USA, 17 - 19 May 2015Th...
Impedance matching networks are used extensively in radio communications. In this study, pi-matching...
We have developed a novel reconfigurable matching network based on the loaded‐line technique. The ne...
Abstract — This paper presents an electronically tunable impedance transformer and matching network ...
On-chip impedance matching has become a major focus as companies and institutions move closer to a c...
Mobile phones become smaller but include more advanced functions for every new generation. This para...
Switched capacitors are here investigated for use in reconfigurable matching networks, particularly ...
This paper presents a simple integrated reference based adaptive matching network capable of underta...
An Impedance Tuning Unit (ITU) has the ability to tune the impedance of for instance the antenna to ...
In this thesis an automated matching network is investigated as a means to reduce mismatch loss in c...
As wireless devices continue to increase in utility while decreasing in dimension, design of the RF ...
International audienceThe design and measurement of a compact narrowband impedance matching network ...
Impedance matching is concurrent with any radio frequency (RF) circuit design and is essential for m...
International audienceThis paper presents the design, fabrication, and characterization of a compact...
In this thesis, automatic impedance matching circuits are designed by using several tuning approache...
IEEE Radio Frequency Integrated Circuits (RFIC) Symposium, Phoenix, Arizona, USA, 17 - 19 May 2015Th...
Impedance matching networks are used extensively in radio communications. In this study, pi-matching...
We have developed a novel reconfigurable matching network based on the loaded‐line technique. The ne...
Abstract — This paper presents an electronically tunable impedance transformer and matching network ...
On-chip impedance matching has become a major focus as companies and institutions move closer to a c...