DEVICE CHARACTERISATION OF A HIGH DENSITY HALF-MICRON CMOS PROCESS

Abstract
The device characterisation and the ringoscillator performance of a high density half-micron CMOS process were studied. A novel recessed field isolation technology, twin retrograde wells, N+ poly-silicon gate material and lightly doped drain structures for both the n- and p-channel devices were used in the device fabrication. The device properties and the ringoscillator performance will be presented

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