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This is the 4-bit synchronous counter from the lecture slides. It's capable of counting from 0 (binary 0000) to 15 (binary 1111). Bo Count K. Enable B. B. C Ba Output Carry Clock Recall that it begins in state 0000 (Bo=0, B1=0, B2=0 and B3=0), then changes to state 0001 (Bo=0, B1=0, B2=0 and B3=1), then to s 0010, and so on, until it reaches maximum state 1111 (Bo=1, B1=1, B2=1 and B3=1). For this question you will need to figure out wha happens next. So, suppose that Bo=1, B1=1, B2=1 and B3=1, and that count enable is set to 1 and the clock pulses (goes to 'high' or '1'). What are the new states of Bo, B1, B2, B3? Briefly justify your answer.

This is the 4-bit synchronous counter from the lecture slides. It's capable of counting from 0 (binary 0000) to 15 (binary 1111). Bo Count K. Enable B. B. C Ba Output Carry Clock Recall that it begins in state 0000 (Bo=0, B1=0, B2=0 and B3=0), then changes to state 0001 (Bo=0, B1=0, B2=0 and B3=1), then to s 0010, and so on, until it reaches maximum state 1111 (Bo=1, B1=1, B2=1 and B3=1). For this question you will need to figure out wha happens next. So, suppose that Bo=1, B1=1, B2=1 and B3=1, and that count enable is set to 1 and the clock pulses (goes to 'high' or '1'). What are the new states of Bo, B1, B2, B3? Briefly justify your answer.

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
Section: Chapter Questions
Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...
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This is the 4-bit synchronous counter from the lecture slides. It's capable of counting from 0 (binary 0000) to 15 (binary 1111). Bo Count Enable B. J B K Output Carry Clock Recall that it begins in state 0000 (Bo=0, B1=0, B2=0 and B3=0), then changes to state 0001 (Bo=0, B1=0, B2=0 and B3=1), then to state 0010, and so on, until it reaches maximum state 1111 (Bo=1, B1=1, B2=1 and B3=1). For this question you will need to figure out what happens next. So, suppose that Bo=1, B1=1, B2=1 and B3=1, and that count enable is set to 1 and the clock pulses (goes to 'high' or '1'). What are the new states of Bo, B1, B2, B3? Briefly justify your answer.
Transcribed Image Text:This is the 4-bit synchronous counter from the lecture slides. It's capable of counting from 0 (binary 0000) to 15 (binary 1111). Bo Count Enable B. J B K Output Carry Clock Recall that it begins in state 0000 (Bo=0, B1=0, B2=0 and B3=0), then changes to state 0001 (Bo=0, B1=0, B2=0 and B3=1), then to state 0010, and so on, until it reaches maximum state 1111 (Bo=1, B1=1, B2=1 and B3=1). For this question you will need to figure out what happens next. So, suppose that Bo=1, B1=1, B2=1 and B3=1, and that count enable is set to 1 and the clock pulses (goes to 'high' or '1'). What are the new states of Bo, B1, B2, B3? Briefly justify your answer.
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