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Course Description
 | Digital Design with Mask Programmable Gate Arrays |
Date: from 3 May 2000 to 5 May 2000
3 day(s)
English Bolton, UK
550,00 . Europractice members 15%
- Implementation digital circuitry more effectively
- Reduce manufacturing costs
- Improve performance and reliability
- Practical "hands-on" instruction
- Industry standard CAD systems
The digital Mask Programmable Gate Array (MPGA) has revolutionised the way in which designers can implement electronic circuitry in their
products. It offers a cost effective way of implementing digital systems in silicon
On completion of the course you will have gained an understanding of the principles of customised microelectronic technologies, and practical
expertise in the utilisation of design software for engineering digital systems on silicon.
This is a flexible and interactive course. It will be predominantly practical with lectures to underpin the techniques needed for successful integrated
circuit design.
You will acquire an awareness of the latest techniques and methodlogies and be better able to determine the suitability of this technology for your
products.
Course Content:
Introduction:
- Construction and principle of operation of digital Mask Programmable Gate Array devices.
Design Entry:
- Utilisation of schematic capture / hardware description language for design definition.
Design Verification:
- Utilisation of logic simulators to verify correct functional operation of the design.
-Design Layout:
- Utilisation of place and route packages to define the design artwork for fabrication.
Device Testing:
- Definition of test patterns and test structures to identify manufacturing defects.
Electronic engineers who are already familiar with discrete digital component design and who wish to gain an understanding of this rapidly
developing area of customised devices.
Mr. Jeff Ormerod, MSc, BSc, MIEE, Principal Lecturer at Bolton Institute
TWI, Nihal Sinnadurai Phone: +44 1223 891162 Fax: +44 1223 892588 Email: nsinnadurai@twi.co.uk
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