megahertz
2.Initially RFID tags worked only at frequency bands of 13.56 megahertz or lower.
3.One 1995 microprocessor uses this deeper pipeline to achieve a 300-megahertz clock rate.
4.The bandwidth(megahertz) and spectrum position of the signal arising from television scanning.
5.Hence, a 250- megahertz, four-way superscalar microprocessor can execute a billion instructions per second.
6.A personal computer with a 100-megahertz clock then executes 100 million stages per second.
7.High-speed analog-to-digital conversion chips can thus exploit hundreds of megahertz of RF spectrum simultaneously.
8.The speed of SDRAM, therefore, is not measured in the familiar old nanoseconds but in megahertz, like processors.
9.Units: megahertz (MHz) AM (amplitude modulation), 200 and up are for military use, but are staffed by the same civil controllers.
10.When determining the speed of a computer, the number of megahertz branded onto the chip tells only one part of the story.
