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Now showing items 1-10 of 14

Sub-nanosecond Pulsed Microwave Generation Technique By Signal Combination In The Optical Domain

Castelli C.S.; Ribeiro A.M.O.; Souza R.F.; Conforti E. (, 2007)

Pcb-mems Rf Switch: Parametric Analysis And Design Guide Lines

Weber B S M.; Kretly L.C. (, 2007)

New Thermal Model For Hbt Rf Circuit Simulation

Martins Everson; Swart Jacobus W.; Akpinar Metin; Wolff Iugo (IEEE, Piscataway, NJ, United States, 1997)

Rf Integrated Inductor: Improving Q-factor With Double Ground Shield For Bicmos Technology

Lagoia Fonseca Jr. P.N.; Kretly L.C. (, 2008)

High Q-factor Monolithic Inductor For Rf Devices Using Double Ground Shield

Lagoia Fonseca Jr. P.N.; Kretly L.C. (, 2008)

A Novel Inductor On Slow-wave Substrate: Single Layer With Periodic Rectangular Compact Coil On Ground Plane

Lagoia Jr. P.; Kretly L.C. (, 2007)

A New Concept Of Ram-radiation Absorbent Material: Applying Corrugated Surfaces To Improve Reflectivity

Silva M.W.B.; Kretly L.C. (, 2011)

Mems Switch For Wireless Communication Circuits: Fabrication Process And Simulation

Kretly L.C.; Tavora A.S. A.; Capovilla C.E. (, 2005)

Analog Automatic Gain Control (agc) Cmos Wlan Direct Conversion Receiver (dcr)

Ximenes A.R.; Swart J.W. (, 2011)

Improving Q-factor Of Monolithic Inductor By Using Double Ground Shield - N+ Buried And Polysilicon - A Realistic Simulation

Lagoia Fonseca Jr. P.N.; Kretly L.C. (, 2008)

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