Search results for "fairview microwave"
RF CMOS antenna switch has highest throw-count says Peregrine
Peregrine Semiconductor has announced the next generation of its UltraCMOS products at the MTT-S International Microwave Symposium in Honolulu, Hawaii. The new 0.5µm PE42693 SP9T RF antenna switch is the highest throw-count RF CMOS antenna switch available on the market today. To support more highly integrated and even smaller WCDMA solutions, Peregrine also announced that it has qualified its 0.25 µm UltraCMOS technology for three ne...
DC to 24 GHz Time Delay for 10G, 40G RZ-DQPSK, 100G DWDM RZ
Hittite Microwave Corporation has recently expanded its Broadband Time Delay/Phase shifter portfolio adding the HMC911LC4B, which is ideal for 10G, 40G RZ-DQPSK, 100G DWDM RZ Carver clock chain and skew adjustments in the fiber optic domain.
AWR’s Microwave Office Software Used to Design indie, the World’s First Operator-independent RF Hardware Platform for LTE Smartphones
TDK company EPCOS and Pulse Electronics used AWR’s Microwave Office to design indie, a breakthrough technology that answers the challenge from carriers in the Next Generation Mobile Networks (NGMN) Alliance to develop a single, operator-independent RF platform supporting all NGMN operator frequency bands.
High Linearity Downconverting Mixer Covers 4-6GHz RF Frequency Range
Linear Technology announces the LTC5544, a 4GHz to 6GHz high dynamic range downconverting mixer. The LTC5544 mixer offers high linearity with 25.9dBm IIP3 (Input Third-Order Intercept), high conversion gain of 7.4dB owing to its integrated IF amplifier, and a noise figure of 11.3dB. These performance characteristics enable excellent dynamic range performance for both main receivers and digital pre-distortion receivers.
AWR 2011 Product Portfolio Ships
AWR Corporation announces today the commercial release and global availability of the AWR 2011 product portfolio, which includes Microwave Office, Visual System Simulator, AXIEM and Analog Office software. The 2011 release offers new functionality and enhanced capabilities that decrease user wait times and increase designer productivity for high-frequency MMIC, MIC, RFIC, RF PCB and modules.
Agilent Technologies Enhances FieldFox RF Analyzers with Options for Measuring Time Domains and Channel Power
Agilent Technologies Inc. today enhanced its FieldFox RF analyzers with options for time-domain analysis and channel-power measurements. These options give engineers the features they need to more easily and quickly test their RF communications infrastructure.
Agilent Technologies Introduces 6-GHz Signal Generators with Industry-Best Performance
Agilent Technologies Inc. today announced four new X-Series signal generators that provide unmatched performance in phase noise, output power, ACPR, EVM and bandwidth. With these capabilities, Agilent's new MXG and EXG products (available in analog and vector models) support the development of components and receivers that meet the complex challenges of mitigating interference, speeding data throughput and increasing signal quality in application...
Plextek’s E-band expertise recognised by Europe’s premier microwave conference
Plextek has been acknowledged by the European Microwave Integrated Circuits Conference, part of Europe’s leading Radio Frequency and Microwave conference. This follows the acceptance for publication of a Plextek paper at this year’s conference, describing a sub-harmonic E-band Image Reject Mixer (IRM).
NXP Expands High-Performance Gen8 LDMOS Portfolio for Wireless Infrastructure
NXP Semiconductors N.V. today announced the expansion of its eighth-generation LDMOS RF power transistor portfolio for wireless base stations, featuring excellent linearized efficiency, gain and wideband capability.
NXP Unleashes Multi-Stage Variable Gain LNAs for Wireless Base Stations
NXP Semiconductors N.V. today introduced the BGU706x series of multi-stage base station LNAs with variable gain featuring the industry’s lowest noise figure of 0.9 dB for a receive chain in silicon. The architecture of the LNA is based on the integration of a very low-noise LNA with a bypass function followed by an analog-controlled variable gain amplifier.