Semiconductor & Computer Engineering
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Likewise, a '''discrete logic chip''' is integrated circuit that performs a single function such as [[ANDing]] or [[XORing]] two inputs. An example of such chip is the [[7404]] hex [[inverter]] - an IC that contains 6 individual [[inverters]]. This is contrast with complex ICs such as [[microprocessor]]s and [[microcontroller]]s. | Likewise, a '''discrete logic chip''' is integrated circuit that performs a single function such as [[ANDing]] or [[XORing]] two inputs. An example of such chip is the [[7404]] hex [[inverter]] - an IC that contains 6 individual [[inverters]]. This is contrast with complex ICs such as [[microprocessor]]s and [[microcontroller]]s. | ||
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| + | == See also == | ||
| + | * [[discrete logic computer]] | ||
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Latest revision as of 05:06, 18 December 2015
Discrete logic is a term that refers to logic circuits that are made almost entirely of discrete logic chips such as AND and ORs (or their complements NAND and NORs). While it can be said that any digital system is made of basic logic gates, this term is reserved for systems that are primarily made of individual discrete components such as resistors, capacitors, discrete logic chips and single-functionality chips such as those provided by the 7400 series.
Likewise, a discrete logic chip is integrated circuit that performs a single function such as ANDing or XORing two inputs. An example of such chip is the 7404 hex inverter - an IC that contains 6 individual inverters. This is contrast with complex ICs such as microprocessors and microcontrollers.
See also[edit]
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