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A32_EETimes_REV2.375x10.875_A32.qxd 12/8/14 3 DC-DC Converters Universal debug engine 4.4 for heterogeneous multicore SoCs PLS Programmierbare Logik & Systeme’s Universal Debug Engine (UDE) 4.4 has been designed with enhanced debugging procedures for complex system-onchips High Voltage to 500 VDC Out High Power to 50 Watts NEW HiQP Input Voltage Available! 125-475 VDC Input Regulated/Isolated QP HiQP Series Isolated Standard Input Ranges 5, 12, 24, 48 & Now HiQP! 125-475 VDC High Voltage, Isolated Outputs 5 VDC-500 VDC to 50 Watts, Efficiency to 90% Consult Factory for Custom Modules: Available to optimize your designs, Special Input or Output Voltages Available Miniaturized Size package: 2.5" x 1.55" x 0.50" Safe: Short Circuit, Over/Under Voltage, and Over Temp. Protected Options Available: Expanded Operating Temperature, -550C to +850C Environmental Screening, Selected from MIL-STD-883 Ruggedized for Operation in Harsh Environments External Bias Control: For Charge Pump Applications Rely on Pico for Thousands of ULTRA Miniature, High Reliability DC-DC Converters, AC-DC Power Supplies, Inductors and Transformers www.picoelectronics.com E-Mail: info@picoelectronics.com PICO Electronics,Inc. 143 Sparks Ave, Pelham, NY 10803-1837, USA Call 800-431-1064 Pico Representatives Germany ELBV/Electra Bauemente Vertrieb E mail: info@elbv.de Phone: 49 089 460205442 Fax: 49 089 460205442 England Ginsbury Electronics Ltd E-mail: rbennett@ginsbury.co.uk Phone: 44 163 429800 Fax: 44 163 4290904 (SoCs) with heterogeneous controller cores, optimized data visualization in system-level debugging as well as dedicated support of a wide range of state-ofthe art 32-bit multicore SoCs of different manufacturers. Control of the respective multicore SoCs and their debugging is carried out with the UDE 4.4 within a specifically optimized user interface. Various colours determinable by the user and even definable groups of views for individual function units ensure a fast overview and simple navigation, also in complex devices. Both separate and synchronized control of the active units is optionally possible. The different on-chip debug logic of the chip architectures is fully supported and the UDE offers the user a vendor-independent, and at the same time, a consistent user interface. Among other things, with the UDE 4.4 trace data streams can now be stored in a databank and thus used for later offline analysis. PLS Programmierbare Logik & Systeme GmbH www.pls-mc.com Automotive-qualified diodes enable higher power densities Very low forward voltages and reverse currents are the common denominator of six new diodes from Vishay. With these properties, these AEC-Q 101 qualified components help reducing power losses and improving energy efficiency in automotive applications. A further benefit is their small package (SMF / DO-219AB / eSMP), enabling designers to reduce the board space required. One of the new components is a standard diode, two are Schottky diodes and two are hyper-fast FRED Pt diodes for applications like RF DC/DC converters, flyback diodes, and reverse polarity protection in systems such as engine control units, ABS controllers and LED lighting. Thanks to its small footprint and low height, the SMF package requires significantly less board space than standard SMA, SMD or SMC packages. It also allows higher power densities, which in turn lowers the total costs. The SS1FLHM3, SS1FH6HM3 and SS2FH6HM3 Schottky types feature reverse voltages of 40V and 60V as well as low forward voltages down to 0.37V at 1A and a temperature of 125°C. Vishay www.vishay.com 10 W wireless power for smartphones & mobile accessories Toshiba Electronics Europe has launched a wireless power receiver IC, TC7765WBG, and a transmitter IC, TB6865AFG Enhanced Version, as a 10-W-class wireless power system for smartphones, tablets and mobile accessories using the Qi Standard Low Power Specifications version 1.1, defined by the Wireless Power Consortium (WPC). With increasing awareness of the use of wireless power supplies to charge portable devices, such as smartphones, tablets and their accessories, demand is growing for higher-power wireless charging systems that shorten charge times. The TC7765WBG receiver IC increases power by boosting the output voltage from 5V/1A to 7-12V/1A. The TB6865AFG Enhanced Version transmitter IC realizes a 10-W-class wireless power system based on a revised peripheral circuit configuration and new software. The TC7765WBG’s built-in protocol authentication logic circuit for power supply control eliminates the need for set makers to develop software. The TB6865AFG Enhanced Version also supports the software necessary for the higher power supply operation, allowing makers to easily incorporate 10-W-class solutions into their products. Toshiba Electronics Europe www.toshiba.co.jp www.electronics-eetimes.com Electronic Engineering Times Europe January 2015 45


EETE JAN 2015
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