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1. Obtain the state diagram and a primitive flow table for a circuit with two inputs X1 and X2 and two output Zland Z2 that satisfies the following four conditions:- i) When X1X2 =00 output Z1Z2=00. ii) When X1=1 &X2 changes from 0 tol, the output ZIZ2 =01. iii) When X2=1 &X1changes from 0 to 1, the output Z1Z2=10. iv) Otherwise the output does not change 2. Design an asynchronous sequential circuit with two inputs X1 and X2 and one output Z. The output goes to 1 at the end of the input sequence 01=> 11 => 10. Then the output will return to zero. No other sequences cause output to go to 1. 3- Design a 3-bit simultaneous ADC with a full-scale output equal to (10 v) using a clock frequency of 1MHZ.

1. Obtain the state diagram and a primitive flow table for a circuit with two inputs X1 and X2 and two output Zland Z2 that satisfies the following four conditions:- i) When X1X2 =00 output Z1Z2=00. ii) When X1=1 &X2 changes from 0 tol, the output ZIZ2 =01. iii) When X2=1 &X1changes from 0 to 1, the output Z1Z2=10. iv) Otherwise the output does not change 2. Design an asynchronous sequential circuit with two inputs X1 and X2 and one output Z. The output goes to 1 at the end of the input sequence 01=> 11 => 10. Then the output will return to zero. No other sequences cause output to go to 1. 3- Design a 3-bit simultaneous ADC with a full-scale output equal to (10 v) using a clock frequency of 1MHZ.

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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1. Obtain the state diagram and a primitive flow table for a circuit with two inputs X1 and X2 and two output Zland Z2 that satisfies the following four conditions:- i) When X1X2 =00 output Z1Z2-00. ii) When XI=1 &X2 changes from 0 tol, the output Z1Z2 =01. iii) When X2=1 &X1changes from 0 to 1, the output Z1Z2=10. iv) Otherwise the output does not change 2. Design an asynchronous sequential cireuit with two inputs X1 and X2 and one output Z. The output goes to 1 at the end of the input sequence 01=> 11 => 10. Then the output will return to zero. No other sequences cause output to go to 1. 3- Design a 3-bit simultaneous ADC with a full-scale output equal to (10 v) using a clock frequency of 1MHZ. 1- Draw the circuit diagram. 2- Write the table represents the values of the input voltage, comparator output and binary output for this circuit. 3- Find the equations of the binary output bits, i.e., the equations of MSB, 2nd bit and LSB. 4- Find the digital conversion of the analogue voltages (3.16 v and 8.22v). 5- Find the conversion time for the analogue inputs (4v and 7.3v) and compare with the total conversion time.
Transcribed Image Text:1. Obtain the state diagram and a primitive flow table for a circuit with two inputs X1 and X2 and two output Zland Z2 that satisfies the following four conditions:- i) When X1X2 =00 output Z1Z2-00. ii) When XI=1 &X2 changes from 0 tol, the output Z1Z2 =01. iii) When X2=1 &X1changes from 0 to 1, the output Z1Z2=10. iv) Otherwise the output does not change 2. Design an asynchronous sequential cireuit with two inputs X1 and X2 and one output Z. The output goes to 1 at the end of the input sequence 01=> 11 => 10. Then the output will return to zero. No other sequences cause output to go to 1. 3- Design a 3-bit simultaneous ADC with a full-scale output equal to (10 v) using a clock frequency of 1MHZ. 1- Draw the circuit diagram. 2- Write the table represents the values of the input voltage, comparator output and binary output for this circuit. 3- Find the equations of the binary output bits, i.e., the equations of MSB, 2nd bit and LSB. 4- Find the digital conversion of the analogue voltages (3.16 v and 8.22v). 5- Find the conversion time for the analogue inputs (4v and 7.3v) and compare with the total conversion time.
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