Truth tables:
NAND
XNOR
Mainly because you can make any other gates only with these (instead of getting 5 different sets of gates, you just use a single one -NOR or NAND- and achieve the same goal)
NAND gate
The SCR's gate electrode is used to turn the SCR on, i.e. fire it.
pass the inputs through an nand gate and again pass them through inverter,which is again formed by an nand gate
You shouldn't use it because it is not and gate in diode logic.
use to control signals in many circuits. it finds the maximum between two binary digits
NOT Gate
And gate is similar to the function of two series switches
When the two input terminals of a NAND gate are short circuited, it acts as a NOT gate.
NAND gate
A: NOT means inversion of the function like an OR gate if inverted it becomes a NOR gate AND becomes a NAND gate if logic input function is inverted on the output. This can plainly be seen by looking at a gate symbol if there is a circle on the output it means it function is inverted.B: You have not answered my question, please read carefully my question again!
To 'gate crash' is to attend a party or function where you weren't invited.
A gate valve is positive shut off and used for on of off . A globe valve is for throttling
The SCR's gate electrode is used to turn the SCR on, i.e. fire it.
Well, if you mean to make the truths of an AND gate similiar to the ones of OR gates, then you can do the following: 1. Put an inverter at every input of the AND gate. This will make it act like an NOR gate 2. Put an inverter at the output of the gate. This will invert the truths and turn the NOR gate into an OR gate
pass the inputs through an nand gate and again pass them through inverter,which is again formed by an nand gate
-- Take two 2-input AND gates.-- Attach 'y' to one input of one gate, and jumper that point toone input of the other gate.-- Attach 'x' to the free input of one gate, and attach 'z' to thefree input of the other gate.-- Attach the outputs of both gates to the inputs of a single OR gate.-- The output of the OR gate is the Boolean function ( XY + YZ ).=======================================Better implementation (faster, cheaper, easier to build, less hardware to fail):-- Attach 'x' and 'z' to the inputs of a single OR gate.-- Attach 'y' and the output of the OR gate to the two inputs of a single AND gate.-- The output of the AND gate is the same Boolean function.
There are two simple ways to do this. One way to get the NOT function from a NOR gate is to connect all of the NOR gate's inputs together, so that the same digital signal is sent to all of its inputs. However, this is not the best way to do it, especially if you are dealing with actual circuitry. A much better way to get a NOT function is to connect all of the NOR gate's inputs except one to a fixed low logic level (meaning off or 0, depending on how you like to think about it), and passing the digital signal into the remaining input. These two methods will both allow you to obtain a NOT gate from a NOR gate.