Suppose in an IC fabrication factory there is conveyer belt from which workers collect the ICs & test There are 10 workers who are line-up with the belt and similarly the belt continuously moves and stops at ten different spots repetitively, so that each worker can collect his IC from it. You need to design such circuit with the help of Twisted Ring Counter using shift registers. Also draw the clock pulse diagram that represents the whole sequence for this counter circuit. Note: The counter has 10 states (initial state = 01010)
Suppose in an IC fabrication factory there is conveyer belt from which workers collect the ICs & test There are 10 workers who are line-up with the belt and similarly the belt continuously moves and stops at ten different spots repetitively, so that each worker can collect his IC from it. You need to design such circuit with the help of Twisted Ring Counter using shift registers. Also draw the clock pulse diagram that represents the whole sequence for this counter circuit. Note: The counter has 10 states (initial state = 01010)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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- Suppose in an IC fabrication factory there is conveyer belt from which workers collect the ICs & test
There are 10 workers who are line-up with the belt and similarly the belt continuously moves and stops at ten different spots repetitively, so that each worker can collect his IC from it.
You need to design such circuit with the help of Twisted Ring Counter using shift registers.
Also draw the clock pulse diagram that represents the whole sequence for this counter circuit.
Note: The counter has 10 states (initial state = 01010)
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