Anti-tie down circuit: The term “anti-tie down circuit” refers to a non-repetitive circuit which enables the circuit to operate for one cycle. The circuit must be activated by pushing both start buttons to operate the cycle each time. Timer ON Delay (TON): TON refers to an on-delay timer. The on-delay timer is the most commonly used timer. TON counts the time-based intervals as soon as the instruction becomes true. Here, the output changes its state from low to high when the timer provides some time delay (instruction goes from OFF to ON state). Given: Assume that the two palm start buttons are named as “SW1” and “SW2”. It is given that both buttons should be pressed at the same time within 0.5 seconds. It is also given that the circuit does not allow operating the press with one button.

Question

Want to see the full answer?

Answer 1

Question

Chapter 7, Problem 11P

Program Plan Intro

Anti-tie down circuit:

The term “anti-tie down circuit” refers to a non-repetitive circuit which enables the circuit to operate for one cycle. The circuit must be activated by pushing both start buttons to operate the cycle each time.

Timer ON Delay (TON):

TON refers to an on-delay timer.

The on-delay timer is the most commonly used timer.

TON counts the time-based intervals as soon as the instruction becomes true.

Here, the output changes its state from low to high when the timer provides some time delay (instruction goes from OFF to ON state).

Given:

Assume that the two palm start buttons are named as “SW1” and “SW2”. It is given that both buttons should be pressed at the same time within 0.5 seconds. It is also given that the circuit does not allow operating the press with one button.

Expert Solution & Answer

Want to see the full answer?

Check out a sample textbook solution

See solution

Students have asked these similar questions

Implement the counter increment and return to the beginning of the loop. When you finish these stages, you should have the fundamental structure of the counter control loop established, and your code should look like this:.text li $s0, 0 lw $s1, n start_loop: sle $t1, $s0, $s1 beqz $t1, end_loop # code block addi $s0, $s0, 1 b start_loop end_loop:.datan:.word 5

write a code that decodes the coloured bands on a resistor.Each colour band printed on a resistor has a corresponding numeric value, as shown in the table below: Colour Numeric value black 0 brown 1 red 2 orange 3 yellow 4 green 5 blue 6 violet 7 grey 8 white 9 To calculate the total resistance value, the following formula should be used: resistance=(10a+b)⋅10^c where a, b, and c are the numeric values of the first, second, and third colour bands respectively. For example, let's say that the colour bands on a resistor are red-green-orange. In this case, a=2, b=5, and c=3 (using the table). Hence the resistance value is 25000 ohms: resistance=(10*2+5)⋅10^3=25000 ohms Your task is to write a program which asks the user to input the three colour bands. The program should then calculate and output the resistance value indicated by the bands. As part of your solution, you must define and use a function named colour_to_number. This function should take one…

Some Computer Science students who do the Computer Logic and Digital Design module sometimes find it difficult to carry out arithmetic operations using various bases. As such, the plan among the group is to design a digital expression evaluator. The circuit would allow the user to input the required numbers in either decimal, binary, octal or hexadecimal as well as the operator be used (+, -, *, /) and perform the calculation. The user is also able to indicate the base in which the answer is required (restricted to decimal, binary, octal or hexadecimal). For version 1 of this design, the group has decided to limit the input to single-digit numbers for any of the inputs. Using the above scenario design Truth Tables for the system and its various parts.