- 17.17.1: Write VHDL code for a T flip-flop with an active-low asynchronous c...
- 17.17.2: Write VHDL code for the following right-shift register with synchro...
- 17.17.3: A 4-bit up/down binary counter with output Q works as follows: All ...
- 17.17.4: Represent the given circuit using a process with a case statement.
- 17.17.5: Write a VHDL module for the sequential machine of Table 14-1. Use t...
- 17.17.6: (a) Draw a block diagram showing how Table 13-4 can be realized usi...
- 17.17.7: (a) Draw a circuit that implements the following VHDL code using ga...
- 17.17.8: In the following VHDL process, A, B, C, and D are all integers that...
- 17.17.9: Write the VHDL code for an S-R flip-flop with a rising-edge clock. ...
- 17.17.10: Write a VHDL module for a D-G latch, using the code of Figure 17-2....
- 17.17.11: What device is described by the following VHDL code? VHDL for Seque...
- 17.17.12: Write the VHDL code for an 8-bit register with data inputs and tri-...
- 17.17.13: Implement a 4-to-2 priority encoder using if and elsif statements.
- 17.17.14: Write a VHDL module for a 4-bit comparator. The comparator has two ...
- 17.17.15: Write the VHDL code for a 6-bit Super-Register with a 3-bit control...
- 17.17.16: Write VHDL code that will display the value of a BCD input on a sev...
- 17.17.17: The Mealy and Moore circuits shown both produce an output that is t...
- 17.17.18: A modulo 8 counter cycles through the states Q0Q1Q2Q3 = 1000, 1100,...
- 17.17.19: Repeat . 18 for a modulo 8 counter that cycles through the states Q...
- 17.17.20: Shown is an iterative circuit for comparing two 4-bit positive numb...
- 17.17.21: The following iterative circuit is a priority selection circuit. Wh...
- 17.17.22: A Mealy sequential machine with one input (X) and one output (Z) ha...
- 17.17.23: Repeat . 22 using equations as in Figure 17-19 and using a one-hot ...
- 17.17.24: The following VHDL code is for a 2-to-1 MUX, but it contains mistak...
- 17.17.25: Give the state table implemented by the following VHDL code. entity...
- 17.17.26: Give the state table implemented by the following VHDL code. entity...
- 17.17.27: Give the state table implemented by the following VHDL code. entity...
- 17.17.28: The VHDL specification for a state machine follows. It has one bina...
- 17.17.29: The VHDL specification for a sequential circuit follows. It has one...
- 17.17.30: Write a VHDL module for an 8-bit mask circuit. When the signal Stor...
- 17.17.31: Write a VHDL module for the sequential machine of Table 14-3. Use t...

# Solutions for Chapter 17: VHDL for Sequential Logic

## Full solutions for Fundamentals of Logic Design | 7th Edition

ISBN: 9781133628477

Solutions for Chapter 17: VHDL for Sequential Logic

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