How Many Memory Chips and What Decoder is Needed for a 256k x 8 Setup?

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SUMMARY

To determine the number of memory chips required for a 256k x 8 configuration, one must first establish the size of the individual memory chips. The calculation involves dividing the total memory size (256k x 8 bits) by the size of each memory chip. Additionally, the type of decoder needed is contingent upon the number of memory chips identified in the previous step. This approach is fundamental in digital logic design.

PREREQUISITES
  • Understanding of digital logic design principles
  • Familiarity with memory chip specifications
  • Knowledge of binary and hexadecimal number systems
  • Basic skills in arithmetic operations related to memory calculations
NEXT STEPS
  • Research specific memory chip sizes and their configurations
  • Learn about different types of decoders used in memory addressing
  • Explore digital logic design textbooks for practical examples
  • Investigate memory management techniques in computer architecture
USEFUL FOR

Computer engineering students, digital logic designers, and anyone involved in memory architecture and design.

mathrocks
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Computer engineering question--digital logic..

In my computer engineering class I was asked to find "How many memory chips are available and how many I need for a 256k x 8 and also what kind of decoder is needed" This is more of a digital logic question but there isn't another section on this forum for those types of questions.. Any help would be greatly appreciated. And if you know how to do it please explain how you got it...
 
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this is prolly a bit late and prolly u might have even solved this,
and if not,
are the memory chips size given?
if yes,
then for the question u need to,
divide 256k x 8 by the memory chip size
decoder will depend on the "number of memory chip size" we get.

-- AI
 

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