RF & Microwave Industry News

MIT AND NOKIA CENTER ON MOBILE RESEARCH

Nokia Research Center and the Massachusetts Institute of Technology Computer Science and Artificial Intelligence Laboratory (CSAIL) have announced a research collaboration to advance the state of the art in mobile computing and communications technologies. As a result a new research facility – the Nokia Research Center Cambridge – will...
Read More

XPEDION AND JAZZ PARTNER TO PROVIDE QUALIFIED DESIGN ENVIRONMENT FOR NEXT GENERATION RFIC DESIGNS

Xpedion Design Systems Inc. , a provider of next generation RFIC simulation, and Jazz Semiconductor , an independent wafer foundry focused primarily on specialty CMOS process technologies, announced a partnership to deliver a qualified model and simulation environment for next generation RFIC design. "One of the biggest challenges in...
Read More

GREEN LIGHT FOR PHILIPS LEAD-FREE PRODUCTS

Royal Philips Electronics has announced that the conversion to the Restriction of Hazardous Substances (RoHS) compliant/lead-free semiconductor products has been completed well ahead of European legislation mandating the manufacture of such electronic products by 1 July 2006 under European Commission Directive 2002/95/EC. In July 2001, Philips Semiconductors teamed up...
Read More

A 125 W Pulsed Ku-band Power Amplifier

Advanced Ku-band radar systems used in airborne military platforms need reliable, small size and weight, high power amplifiers. Sophia Wireless Inc. has developed a solid-state power amplifier, model MPC8-1520, which meets these requirements. Its key features include: Operating frequency: 16 to 17 GHz Internally pulsed RF DC storage capacitor...
Read More

CPW Transmission Insertion Loss on Si and SOI Substrates

The transmission loss properties of coplanar waveguide (CPW), built on bulk silicon and low and high resistivity silicon-on-insulator (SOI) substrates, are investigated systematically in this article. The experimental results show that the insertion lo...
Coplanar waveguides are widely used in MMICs as interconnects and matching networks. Designing low loss, multifunctional and highly integrable transmission lines is a key factor in obtaining high performance from MMICs in silicon technology. 1 Nevertheless, the low resistivity of a standard silicon substrate deteriorates the performance of on-chip...
Read More