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New 14A voltage conversion modules in EXCALIBUR package

19.07.2003

Texas Instruments new series of voltage converters in EXCALIBUR 12-pin package is only 8 mm high.

The input voltage is 5 V, the output current is up to 14 A and is designed to organize a power supply for powerful micro- and signal processors right at their installation site. Half the size of the previous series of 6460-Amp power converters, the PT14 Power Modules operate from a 5V system power supply and provide a reduced regulated voltage down to 1V.

Other product features include 94% efficiency, pre-bias voltage for reliable starting, adjustable output voltage, line length compensation, on/off delay, overcurrent protection and convenient surface mount package design.

The PT6460 modules are available in a low-profile 12-pin EXCALIBUR copper package, do not need an additional heatsink and are easy to solder. Measuring 43x17x8mm, Excalibur cases fit within an 8mm height restriction when mounted horizontally and are available in standard and surface mount options.

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176-layer 4D NAND Flash 13.12.2020

SK Hynix announced the completion of the "industry's most layered" 176-layer 4Gb TLC 512D NAND flash memory. In November, memory samples were sent to controller manufacturers.

The manufacturer is pushing the memory, which it calls 4D NAND, starting with 96-layer Charge Trap Flash or CTF memory. A feature of 4D NAND is the integration under layers with memory cells of a layer with peripheral circuits. SK Hynix estimates that the move to 176-layer memory has enabled 35% more memory per wafer compared to previous generation 4D NAND flash.

The read access time was reduced by 20% using the new cell array selection technology, and the data transfer rate was increased by 33% to 1,6 Gbps.

SK Hynix plans to start deliveries of the new memory in the middle of next year, starting with memory for mobile devices, in which case the increase in read speed reaches 70%, and write speed - 35%. Later, deliveries of chips for consumer and corporate SSDs will begin.

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