anorlunda said:Good for you. Does that mean you're going to invent it? What research have you done on what exists?
Good. After you've thought about it and dome some reading, you can start a new thread and ask specific questions about things in the reading that you didn't understand. This thread here where you have shown zero effort so far is closed.fredreload said:Right, well if you can give me a lead on what have existed as a replacement for transistor that'll be cool :D
P.S. Sure I'll take time to think about it = =
AND and OR gates are logic gates used in digital electronics to process and manipulate binary data. They are used in construction to control the flow of electricity and make decisions based on the input signals.
The main difference between an AND and OR gate is their logic operations. AND gates output a HIGH signal only when both of its input signals are HIGH, while OR gates output a HIGH signal if any of its input signals are HIGH.
AND and OR gates are typically constructed using transistors and diodes. These components are connected in a specific way to create the desired logic operation. The construction process may vary depending on the type and complexity of the gate.
Yes, AND and OR gates can be combined to create more complex logic operations. This is called a combination circuit and it allows for more sophisticated decision-making and data processing.
AND and OR gates are commonly used in construction for various purposes such as controlling lighting systems, security systems, and motor control. They are also used in electronic devices such as computers, calculators, and smartphones.