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The real strength of PSoC versus a fixed-purpose ] comes from their ability to modify the behavior and configuration of the individual digital and analog components dynamically while in use. A ] can implement multiple devices out of the same ] circuitary. For example, part of a vending machine ] machinery could be automatically re-programmed to report its inventory and have replenishments ordered at midnight. | The real strength of PSoC versus a fixed-purpose ] comes from their ability to modify the behavior and configuration of the individual digital and analog components dynamically while in use. A ] can implement multiple devices out of the same ] circuitary. For example, part of a vending machine ] machinery could be automatically re-programmed to report its inventory and have replenishments ordered at midnight. | ||
== See also == | |||
{{Wikibooks|Embedded Systems/Cypress PSoC Microcontroller}} | |||
* ]: field programmable analog array | |||
==External links== | ==External links== |
Revision as of 03:14, 5 October 2006
PSoC (Programmable System-on-Chip) is a family of mixed-signal arrays made by Cypress Semiconductor, featuring a microcontroller and integrated analog and digital peripherals.
The real strength of PSoC versus a fixed-purpose ASIC comes from their ability to modify the behavior and configuration of the individual digital and analog components dynamically while in use. A systems designer can implement multiple devices out of the same semiconductor circuitary. For example, part of a vending machine electronics machinery could be automatically re-programmed to report its inventory and have replenishments ordered at midnight.
See also
- FPAA: field programmable analog array
External links
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