The role of the AND filter in logical operations
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I would like to ask the experts: what does the AND filter (as shown in Figure 1) mean and what is its function in logical operations? Also, what is the output when a Boolean signal is used in logical operations along with a binary signal (as shown in Figure 2)? Thank you!
Logic: The output is 1 only when all inputs are 1. When one of the inputs is 0, the output is 0. The boolean values True and FALSE; in computers, 1 usually represents True and 0 represents FALSE. Also, is there any difference between the signals indicated by single-line and double-line in your system?
In interlock logic diagrams, AND gates, OR gates, NOT gates, and their combinations are commonly used, as well as bistable flip-flops.
When b and c=1, d=a. If a=1 in this case, then d=1; when b and c=0, d=0 regardless of the value of a
A single line represents a boolean value, while a double line represents a binary value. In Figure 2, how are logical operations performed with one boolean value and one binary value?
Thank you. Then I would like to ask how the Boolean values for single lines and the binary values for double lines are calculated in Figure 2? Is the output equal to the input’s binary value only when the input boolean value is 1?
RS flip-flop. Find a textbook on digital electronics or search the internet for relevant information. Relatively systematic. I know that one or two modules simply can’t be put into practical use.
Just treat the boolean values as 1 and 0
Just treat the boolean values as 1 and 0