Semiconductors/RFICs/MMICs

Semiconductor Obsolescence Leads to Gray Market Practices

Rochester Electronics, George Karalias, Director of Marketing and Communications

Convention Center Floorplan

Shows the location of the RF/Microwave Zone in relation to the rest of the exhibition.

RF/Microwave Zone Floorplan

Shows all RFMzone space assignments.

RF/Microwave Zone Application to Exhibit

Includes exhibit package details for RF/Microwave exhibitors.

Advances in S-Band Radar Technology

By Integra Technologies Inc.. Reducing overall system cost through higher levels of integration.

2009 RFMD® Multi-Market Product Selection Guide

Offering a broad portfolio of RF components organized in convenient, easy-to-scan format. You’ll find a listing of products with complete specs or customization information for components that are designed to fit a wide variety of applications.

2009 RFMD® Aerospace & Defense Product Selection Guide

Robust Components for RF, Microwave, and Millimeter Applications

RF and Microwave Instruments

Reliable. Powerful. Trusted. Take advantage of a large selection of options to handle a wider range of applications at a reasonable cost.

Designing RF, Mixed-Technology Printed Circuit Boards

Printed circuit boards with both analog and digital circuitry are nearly universal. Recently, integration of RF circuitry in addition to the mixed analog and digital circuits has become more common. Problems arise because the PCB design tools have been ignorant of RF shapes printed on the board and a great deal of manual work was required to achieve a functioning product. Now, Mentor has teamed with RF Design Tool suppliers, such as Agilent, to bring the first integrated RF-PCB system tool.

50 V LDMOS: An Ideal RF Power Technology for ISM, Broadcast, and Radar Applications

RF LDMOS (RF Laterally Diffused MOS), hereafter referred to as LDMOS, is the dominant device technology used in high power wireless infrastructure power amplifier (PP applications for frequencies ranging from less than 900 MHz to 3.8 GHz.