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Designing logic controllers from "summary" of Digital Logic and Computer Design by M. Morris Mano

Designing logic controllers is a complex yet rewarding task. It involves making decisions based on a set of predetermined parameters and using logic to create algorithms that facilitate the desired output.
  1. Building effective and efficient logic controllers requires a thorough understanding of digital concepts such as Boolean algebra, truth tables and number systems.
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  3. Designing a reliable logic controller involves understanding two primary principles: logic simplification and optimization of synthesizable circuits.
  4. Arrays of memory and logic elements available on market enable the designer to quickly build larger more complex logic controllers with ease.
  5. Sequential Circuits which use 'clocked' pulses can be applied and utilised in designing complex solutions for digital logic controllers.
  6. Enhancing the performance of logic controllers also requires programmers to attend to issues such as micro-switches, time delays and response sequences.
  7. The main purpose of a Control System is to carry out certain operations according to set conditions or parameters input into the system.
  8. A Digital Logic Circuit is very often used to design useful applications, from various modern day machines Down to the simplest proposition checking circuit.
  9. In order to ensure optimum performance and results, logical operators, operators and circuits are verified using Boolean Algebra.
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Digital Logic and Computer Design

M. Morris Mano

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