Advanced Micro Devices Corporation

Citizen Finetech Miyota Co., Ltd

Ronald Hathcock

Peter Lapidus

Steven Kommrusch

David B Hollenbeck

Daniel Daugherty

Yat-Loong To

Apparatus and methods are disclosed that can provide for voltage translation and conversion that can be applied, as an example, in a microdisplay including a plurality of pixels that are driven at a pixel drive voltage. A pixel is configured to receive a lower pixel drive voltage for one state of the pixel and an upper pixel drive voltage for an opposite state of the pixel. A memory circuit selectively couples the pixel to the lower voltage and the upper pixel drive voltage in response to control signals operable between the lower voltage and an intermediate voltage level that is less than the upper pixel drive voltage.

Voltage conversion apparatus suitable for a pixel driver and methods

A system device receives a first data signal and a first strobe signal from a dual-data-rate (DDR) memory. A first delay value representative of a delay to a predetermined phase location of the first strobe signal is determined. The first delay is adjusted based on a first offset value to generate a first adjusted delay value used to delay the first strobe signal. A first edge of a first pulse of the first delayed strobe signal is used to latch a first data value of the first data signal.

Device having an interface and method thereof

A method for providing a low power memory array is provided. The method includes partitioning a memory array into at least two memory sections. Each memory section comprises a plurality of memory cells. A sense amplifier is provided for the memory sections. An operation request for a specified memory cell in one of the memory sections is received. The memory section comprising the specified memory cell is accessed. The requested operation is performed on the specified memory cell.

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Longmont, CO, United States of America

Ronald Hathcock