Editorial archive;
Amplifiers bring sound and style to audio systems (24 January 2012)
STMicroelectronics’ new analogue class-D audio amplifier exhibits power density of 3.2W/mm2.
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Multi-sensor device offers six degrees of freedom (20 December 2011)
Smallest MEMS modules from STMicroelectronics will make sleek consumer devices more sensitive.
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Dual-Interface Memory uses energy harvesting (08 November 2011)
STMicroelectronics’ dual-interface memories, including the new 16-Kbit device, feature a low power I2C interface, as well as a 13.56-MHz ISO15693 contactless RF interface.
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Boosting basestations (10 May 2011)
Combined down-converter and synthesiser IC uses ST process advantage to deliver integration.
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Supporting the family (15 June 2010)
Keil is to support the STMicroelectronics STM32 XL-density devices in the Keil MDK-ARM.
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HD decoder adds AVS high-definition decoding (06 April 2010)
STMicroelectronics has begun sampling the STi7106 high-definition (HD) video decoder.
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Simplifiying multimedia monitor design (18 November 2009)
STMicroelectronics is the first to combine a DisplayPort 1.1a and HDMI 1.3 receiver.
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HDMI chip (13 October 2009)
IC combines mandatory control-signal conditioning and ESD protection for HDMI-compliant products.
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Busy bee (05 October 2009)
STMicroelectronics introduces MotionBee platform for remote motion control.
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Cell the music experience! (28 September 2009)
STMicroelectronics has introduced a new IC that delivers superior sound quality from portable music players and feature-phones by excluding high-frequency interference from cellphones.
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Buffers for HD TV (20 January 2009)
Single-chip video filter/buffers are for digital TV, Blu-ray, PVR, and set-top box applications.
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GaN power grows and grows (01 March 2007)
Two companies are looking into the feasability of Gallium Nitride (GaN) as alternative power sources, writes CAROLINE HAYES. GaN is characterised by the reduced switching losses that can be achieved in diode and MOSFETs. This reduction can be used to increase efficiency, reduce heatsinks or reduce the transistor’s current rating. Operating frequency can also be increased to allow more smaller, passive components to be used.
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