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Complete Program Book [PDF]

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THURSDAY THP2 — HAll A3 14:00-16:00<br />

THP2E THP2F THP2G THP2H<br />

THP2E-01: A Miniature LNA-Filter GPS<br />

Receiver Front-end Module Combining FBAR<br />

and E-mode pHEMT Technology<br />

Y. H. Chow 1 , H. T. Tan 1 , S. C. Low 1 , M.<br />

Mutanizam 1 , T. W. Lee 1 , C. C. Lim 1 , S. H. Khoo 1 , Y.<br />

Y. Liew 1 , W. K. Kim 2<br />

1 Avago Technologies Malaysia, Penang, Malaysia,<br />

2 Avago Technologies Korea Ltd., Seoul, Republic of Korea<br />

THP2F-01: Gunn Oscillator Modeling<br />

and Second Harmonic Output Power<br />

Optimization at 76 GHz<br />

T. Kiuru 1 , A. M. Safwat 2 , J. Mallat 1 , A. V.<br />

Räisänen 1<br />

1 TKK Helsinki University of Technology, Espoo,<br />

Finland, 2 Ain Shams University, Cairo, Egypt<br />

THP2F-02: Application of Terahertz Imaging<br />

to Osteoarthritis<br />

E. Pickwell-MacPherson 1 , WC Kan1 , W. Lee1 , V. P.<br />

Wallace 2 , W.H. Cheung 1<br />

1Chinese University of Hong Kong, Hong Kong,<br />

Hong Kong, 2University of Western Australia,<br />

Perth, Australia<br />

THP2F-03: Full Coverage Millimeter Wave<br />

Primary Noise Standards for 18-170 GHz<br />

D. R. Vizard 1 , P. Foster 2 , B. Lunn3 , S. Cherry1 1 2 VivaTech LLC, United States, Maas Ltd, Malvern,<br />

United Kingdom, 3Amideon Systems, Limerick,<br />

Ireland<br />

THP2F-04: A 60GHz High Isolation SPDT<br />

MMIC Switch Using Shunt pHEMT Resonator<br />

Y. Tsukahara, H. Amasuga, S. Goto, T. Oku, T.<br />

Ishikawa<br />

Mitsubishi Electric Corporation, Itami, Japan<br />

THP2F-05: A Heterostructure Barrier Charge<br />

Swing Device for Frequency Multiplication<br />

at 306 GHz<br />

B. I. Nicolae 1 , M. Ruf2 , J. Schür2 , L. Schmidt 2 , H.<br />

L. Hartnagel 1<br />

1Technical University of Darmstadt, Darmstadt,<br />

Germany, 2University of Erlangen-Nuremberg,<br />

Erlangen, Germany<br />

THP2F-06: Ka-Band Surface-Mount<br />

Directional Coupler Fabricated using Micro-<br />

Rectangular Coaxial Transmission Lines<br />

K. J. Vanhille 1 , J. Rollin 1 , S. Rondineau 2 , J. W.<br />

O’Brien 2 , J. L. Wood 3 , Z. Popovic 2<br />

1Rohm and Haas Electronic Materials LLC,<br />

Blacksburg, United States, 2University of<br />

Colorado, Boulder, United States, 3Virginia Tech,<br />

Blacksburg, United<br />

THP2F-07: A W-band quasi-optical Doppler<br />

Radar for Detection of very Slow-Moving<br />

Targets<br />

J. Y. Suen, R. S. Singh, Z. D. Taylor, E. R. Brown<br />

University of California-Santa Barbara, Santa<br />

Barbara, United States<br />

THP2F-08: A CMOS-Compatible Schottky-<br />

Barrier Diode Detector for 60-GHz<br />

Amplitude-Shift Keying (ASK) Systems<br />

M. Ko, H. Kang, W. Choi<br />

Yonsei University, Seoul, Republic of Korea<br />

THP2F-09: Average Capacity of Wireless<br />

Optical Communication Systems over<br />

Gamma Gamma Atmospheric Turbulence<br />

Channels<br />

H. E. Nistazakis 1 , G. S. Tombras 1 , A. D.<br />

Tsigopoulos 2 , E. A. Karagianni 2 , M. E. Fafalios 2<br />

1 2 University of Athens, Athens, Greece, Hellenic<br />

Naval Academy, Piraeus, Greece<br />

THP2G-01: Signal Integrity in Reflection-<br />

Limited Channels<br />

J. F. Buckwalter<br />

University of California - San Diego, La Jolla,<br />

United States<br />

THP2H-01: On the Cyclostationary<br />

Properties of the 1/f Noise of Microwave<br />

Semiconductor Devices<br />

A. A. Lisboa de Souza, J. Nallatamby, M. Prigent,<br />

J. Obregon<br />

Université de Limoges, Brive, France<br />

THP2H-02: Mapping of Passive<br />

Intermodulation Products on Microstrip<br />

Lines<br />

A. P. Shitvov, D. Zelenchuk, A. G. Schuchinsky,<br />

V. F. Fusco<br />

Queen’s University of Belfast, Belfast, United<br />

Kingdom<br />

THP2H-03: Measurement of Polarized Nano-<br />

Material (PNM) for Microwave Application<br />

W. Chen1 , Z. Zhang1 , Z. Feng1 , Y. Chen1 , K. Jiang2 ,<br />

S. Fan2 , M. Iskander 3<br />

1 2 Tsinghua University, Beijing, China, Tsinghua-<br />

Foxconn Nanotechnology Center, Beijing, China,<br />

3University of Hawaii at Manoa, Honolulu, United States<br />

THP2H-04: Characterization of Galileo<br />

Signal Correlation Losses Caused by Non<br />

Linear Power Amplification with Memory<br />

G. Nanfack Nkondem 1 , J. Santiago 2 , G. Neveux 1 ,<br />

D. Barataud 1 , J. Collantes 2 , J. Portilla 2 , J. Nebus1 ,<br />

A. Mallet 3<br />

1 2 University of Limoges, Limoges, France, Basque<br />

Country university, Bilbao, Spain, 3CNES, Toulouse, France<br />

THP2H-05: Microwave Properties of<br />

Platinum Nanoparticle Films<br />

A. Sulaimalebbe, A. Porch, G. Attard, Cardiff<br />

University, Cardiff, United Kingdom<br />

THP2H-06: vector Near-Field Measurement<br />

System Using an Electro-Optic Microcavity<br />

and Electrical Downconversion<br />

D. Lee 1 , J. Kang 2 , C. Chen 1 , J. F. Whitaker 1<br />

1 University of Michigan, Ann Arbor, United<br />

States, 2 Dong Seoul College, Seongnam, Republic<br />

of Korea<br />

THURSDAY<br />

49

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