Q0 Q1 Q2 Q3 clock - Given: • Counter starts at decimal 9 when Q viewed as a 4-bit unsigned number (Q3 most significant bit) What is the decimal value of Q (viewed as a 4-bit unsigned number) after four more clock “ticks"? Answer
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- Perform the indicated arithmetic on the following signed 2’s complement binary numbers. a) 01011011 + 11100101 b) 01001 - 01110 c) 1111 + 1100 Note: The answer should show the 2’s complement binary result; also indicate if each result is positive or negative or overflowed (by writing “positive”, “negative” or “overflow” next to the binary answer) and then follow with the decimal value of the result if there was no overflow. Do not extend (add any additional length) to these representations, but rather use a binary number word size equal to those found in each problem statement.A digital circuit whose number of inputs is 3, how many possible combinations of inputs will it have?How to build this circuit? (on Digital or Logisim) Binary-coded decimal is an alternative method of representing integers using binary. In it, each base-10 digit is represented by four bits, thus each nibble takes one of 10 values (0000 through 1001). Therefore, using BCD, 42 (decimal) is represented as 0100 0010 (binary) and 196 (decimal) is represented as 0001 1001 0110 (binary). Create a circuit in Logisim that accepts as input a pair of two-digit integers represented as BCD and outputs their sum in BCD. Any and all Digital components are fair game. You can assume that all inputs will be valid BCD-encoded numbers.
- so we were asked to implement a 3-bit BCD number on DE0’s board segment display for quartus... using 7447 but 7447 has 4 inputs? (see attached screenshot for problem) also not sure what the items in the second screenshot should be doing? like i can put inputs and outputs..but i don't know what they are? and its not discussed other than they can supply power?Please answer this question in 10 mins i will surely rate your answer. 1. A combinational circuit adds either a 1 or 2 to a 4-bit binary number A. Assume that the inputs bb A3, A2, A1, A0 represent the 4-bit binary number. Another input is a control signal C. The circuit has outputs assumed to be X3, X2, X1 and Xo, which represent the 4-bit number X. When C=0, X=A+1 and when C=1, X=A+2. Assume that the inputs for which X > (1111)2 will never occur. Show the design steps in detail including truth tables, K-Maps, logic equation minimisation. Finally, design this circuit using only NAND gates and inverters .Using a single 7400 IC, construct a circuit to output the following Boolean function: F = A B + C D
- Act 1 problem solving this is a logic circuits and design laboratory subject please help me with this and screenshot all the solution and answers 2. What is the largest binary number that can be expressed with 16 bits? What are the equivalent decimal and hexadecimal numbers? Answer: 16 bits = ________= _______10 = ______16 3. Represent the decimal number 6,248 in: (a) BCD = (b) excess‐3 code = (c) 2421 code =Course: Computer Engineering Subject: Logic Circuit and Switch Theory Find a function to detect an error in the representation of a decimal digit in BCD. In other words, write an equation with value 1 when the inputs are any one of the six unused bit combinations in the BCD code, and value 0 otherwise. Course: Computer Engineering Subject: Logic Circuit and Switch TheorySubject Digital Logic Design(DLD) Design the truth table for Full Subtractor Circuit. Write the Boolean expression for Difference andBorrow. Also Draw the circuit diagram for Difference and Borrow.
- This question contains info on Digital Systems Logic Design and requires: Truth Table, KMapping and the Logic Circuits Designs. SEND the accurate answers labelled please.This Question is from Digital Logic Design Q1. Assume your register number EF20BCE014 is in Hexadecimal, where 014 are the three digits of your registration number. a) Represent your registration number in the binary. b) Split the ten digits of your registration into two Hexadecimal numbers M and N, where the left most five digits make number M and the right most five digits make number N. Using r’s complement, subtract N from M. In other words, calculate M – N.Design a circuit called half adder (HA) which adds two 1-bit numbers, a,b and produces 2-bit output, c. a. Draw the truth table of the circuit.b. Find the Boolean functions of each bit of the output.c. Optimize the Boolean functions.d. Draw the logic diagram of the optimized circuits.e. Write the VHDL code of the logic diagrams by using “Dataflow modeling” method f. Simulate the circuits that you have designed in 1.e. Prepare a simulation waveform for you report.g. Produce the RTL schematic for the circuit that you have designed in 1.e.