A single IC or Single Chip could contain thousands or millions of transistors, resistors, capacitors and diodes.
Additional components may also reside on it, all interconnected through a complex web of semiconductor wafers, silicon, copper and other materials. Size-wise, each component is small, usually microscopic. The resulting circuit, a monolithic chip, is also tiny -- often just enough to occupy a few square millimeters or centimeters of space.
http://www.misuxin-en.com/integrated-circuit/single-chips/
Additional components may also reside on it, all interconnected through a complex web of semiconductor wafers, silicon, copper and other materials. Size-wise, each component is small, usually microscopic. The resulting circuit, a monolithic chip, is also tiny -- often just enough to occupy a few square millimeters or centimeters of space.
http://www.misuxin-en.com/integrated-circuit/single-chips/
A single IC or Single Chip could contain thousands or millions of transistors, resistors, capacitors and diodes.
Additional components may also reside on it, all interconnected through a complex web of semiconductor wafers, silicon, copper and other materials. Size-wise, each component is small, usually microscopic. The resulting circuit, a monolithic chip, is also tiny -- often just enough to occupy a few square millimeters or centimeters of space.
http://www.misuxin-en.com/integrated-circuit/single-chips/
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