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Articles Tagged with ''power''
AWT Global has launched a new line of portable passive intermodulation (PIM) testers with an extended carrier power range: the PIM+ series. These systems are equally suited for testing macro cells as well as outdoor and in-building DAS installations. While 2 x 20 W (2 x 43 dBm) carrier power is the reference for standard for PIM test systems, the new PIM+ offers an extended adjustable power range of +15 dBm to +44 dBm for each carrier.
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.
An automated simulation-based design cycle has become a fundamental part of the success of one of today's leading designers of travelling wave tube (TWT) microwave amplifiers.
Vectawave Technology Ltd. has been designing and manufacturing power amplifiers for over 15 years. Until recently most of their production was distributed through third parties. In 2011/12 Vectawave invested heavily in a purpose built factory equipped with cutting edge design, build and test facilities and are now in a position to offer amplifiers directly to the market under the Vectawave brand.
Laird Technologies Inc., a global leader in the design and supply of customized performance-critical components and systems for advanced electronics and wireless products, announced the release of its new eTEG Series Thin Film Energy Harvesting product line.
The Samsung Galaxy Appeal is one of the first mass produced phones to ship with a high performance 3G CMOS power amplifier (PA). Despite an historical presence from CMOSin the 2G handset market concerns over performance have severely limited its progress in the 3G domain.
RF Micro Devices Inc. announced that RFMD has production released two highly linear gallium nitride (GaN) RF unmatched power transistors (UPTs) —RFHA3942 (35W) and RFHA3944 (65W) — that deliver superior linear performance versus competing GaN transistors.
Linear Technology Corp. introduces the LTC2945, a wide range I²C system monitor that monitors the current, voltage and power of any 0 to 80 V rail. In many cases, prior power monitoring solutions are limited to 3 to 5 V supplies and monitor voltages less than 36 V, requiring additional circuitry to monitor higher voltages. The LTC2945 has flexible power supply options, deriving power from a 4 to 80 V monitored supply, a 2.7 to 80 V secondary supply, or from the onboard shunt regulator.
Cree Inc. introduces a range of new 50V GaN HEMT devices enabling a significant reduction in the energy needed to power cellular networks. The world’s cellular network is estimated to consume more than 100TWh of electricity per year (approximate value of $12 Billion US Dollars) and 50-80 percent of the networks’ power is consumed by the systems’ power amplifiers and feed infrastructure.
Microsemi introduces world's first SiGe-based, monolithic RF FE device designed for 5G WiFi platforms
Microsemi Corp., a leading provider of semiconductor solutions differentiated by power, security, reliability and performance, delivered the world's first monolithic silicon germanium (SiGe) RF front-end (FE) device for the 5th generation of Wi-Fi devices based on IEEE 802.11ac standard. Benefitting from its industry-leading integration levels and utilizing high-performance SiGe process technology, the new LX5586 RF FE provides significant performance and cost advantages over existing technologies.