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silvercats
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I know that if 1 and 0 goes through an OR gate, it gives 1. But how does the 1 come? how it works?
thanks
thanks
silvercats said:yeah I know that they work with logic gates. But the problem is how does an OR gate know to output 1, if 1 and 0 was given as outputs
That is explained in the link I posted.silvercats said:But the problem is how does an OR gate know to output 1, if 1 and 0 was given as outputs
Logic circuits process information through the use of binary inputs (0s and 1s) which are then manipulated through logical operations such as AND, OR, and NOT gates. These operations allow for the circuit to make decisions and produce specific outputs based on the inputs received.
The basic components of a logic circuit include logic gates, which are the building blocks of the circuit, and interconnections, which allow for the flow of information between the gates. Other components may include power sources and output indicators.
Yes, logic circuits can perform complex operations through the use of multiple logic gates and interconnections. By combining different types of logic gates, circuits can be designed to perform a variety of tasks, from simple arithmetic operations to complex decision-making processes.
Logic circuits do not store information in the same way as a computer's memory. Instead, they use temporary storage elements such as flip-flops or latches to hold onto the data until it is needed. These elements can be triggered by clock signals to either store or release the information.
A combinational logic circuit processes inputs and produces outputs based solely on the current state of the inputs. In contrast, a sequential logic circuit also takes into account the previous state of the inputs to determine its output. This allows for more complex operations and decision-making processes to be performed.