Nujira Ltd. has released the details of significant test results that demonstrate how Envelope Tracking (ET) technology unlocks the potential of RF CMOS PAs for high end 3G and 4G smartphone applications.
Following the completion of a £700,000 funding round to expand its overseas sales and device characterization capabilities, Mesuro has announced the enhanced services and capabilities it is now able to offer its customers
AR RF/Microwave Instrumentation has introduced a new family of solid-state RF amplifiers that instantaneously covers the 10 kHz to 400 MHz frequency range with both 200 and 400 W models. The amplifiers are designed to deliver all the power required for applications using MIL-STD, DO 160, and other automotive standards. These models can be used independently or with AR's RF conducted immunity generators when specific tests require higher powers than our standard CI Systems can generate.
Milmega Ltd. has been presented with the Queen’s Award for Enterprise in Innovation for developing amplifiers based on a novel design methodology, using gallium nitride-based transistor technology, which has brought the Company significant, global, commercial success.
RFMW Ltd. announces design and sales support for TriQuint Semiconductor’s TQP3M9037, internally matched, low noise amplifier combining a 0.4 dB noise figure with 20 dB gain and 35 dBm OIP3 in a 2 x 2 mm DFN package. This newest addition to TriQuint’s LNA product line provides an instantaneous bandwidth of 1500 to 2700 MHz and requires only bypass/blocking capacitors and a bias inductor for operation, no matching components are required to achieve this high level of performance.
The OpenET Alliance has announced the availability of a new High Dynamic Range (HDR) system simulation model for handset Envelope Tracking applications. The ET System Simulation model, jointly developed by OpenET members Nujira and the University of Firenze, aids system optimization by making it easier for designers to identify sources of noise and distortion and to make the necessary design tradeoffs.