Overview:
Cypress's revolutionary PSoC® mixed-signal array is a complete system-level solution with configurable digital and analog peripherals, an 8-bit microcontroller and embedded Flash memory. One of the many mystical powers of PSoC technology, dynamic reconfiguration, provides the flexibility to change the device functionality during runtime, thus minimizing design time, chip count, board size and cost of embedded systems. In many instances, dynamic reconfiguration has allowed implementers to realize up to 400% of their silicon real estate. This webinar provides the 'Why?,Where?,When? and How?' of dynamic reconfiguration with examples of different scenarios where it is used.
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Presenters:
Presenters:
 Dave Van Ess
Applications Engineering MTS
Dave Van Ess is an application engineer and member of technical staff at Cypress Semiconductor. Dave joined Cypress in 2000. He has eight patents for medical systems, signal processing design, and PSoC digital block enhancements. He has written numerous user modules, application notes, and articles. He graduated with his BSEE from the University of California, Berkeley, 1977. His work experience includes test and measurement equipment, measurement and control systems for high-energy physics research, and underwater acoustical transmitters and receivers deployed in open sea and arctic ice fields.
 Rakesh Reddy
Product Manager, PSoC
Rakesh joined Cypress in 2007 after graduating from Marquette University with a degree in Electrical Engineering. He has worked with applications engineering in embedded system designs. He has filed for a patent for an industrial systems solution and is currently providing product marketing support for software development.
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