ANK LABS
Hello
friends today in this Post I will explain each and every functions in Boolean
control palette. if we compare functions in Boolean palette with logic gates
there are same, That means we can perform all operations with can be done with logic
gates well logic gates can be used for binary addition, binary subtraction and
much more.
After
finishing our tutorial I will give some example task for you. If you find
difficult I will explain later in my upcoming video you can easily finish
the task if you understand carefully. Have fun.
In this tutorial we will be covering the following functions under Boolean palette.
In this tutorial we will be covering the following functions under Boolean palette.
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Let’s get started:
AND gate
The AND gate gives a high output (1) only if all its inputs are high. A dot (.) is used to show the AND operation you can consider the same as A.B but it’s should be denoted as AB.
OR gate
The OR gate is an electronic circuit that gives a high output (1) if one or more
of its inputs are high. A plus (+)
is used to show the OR operation. It’s just simple as adding (0 and 1).but of course 1+1 is not 2 in this
case logic's can have only two values either high that is (1) or low that is (0)
NOT gate
The NOT gate produces an
inverted version of the input at its output. They are also called as inverters.
If the given input is HIGH the corresponding output will be LOW.
NAND gate
This is a NAND gate which is
equal to an AND gate followed by a NOT gate. The outputs of all NAND gates are
high if any of the inputs are low. If you see this image its similar to
an AND gate but has a circle at the output this small circle is called the
inversion.
The
output of NAND gate is the same as AND gate but the output is inverted
NOR gate
This is a NOR gate which is
equal to an OR gate followed by a NOT gate. The outputs of all NOR gates are
LOW if any of the inputs are HIGH. If you see this image its similar to
an OR gate but has a circle at the output this small circle is called the
inversion.
EX-OR gate
The EX-OR gate which is 'Exclusive-OR' gate give
a high output if either, but not both, of its
two input are high. The EX-OR gate is denoted by an encircled plus sign .
EX-NOR gate
The EX-NOR gate which is 'Exclusive-NOR' gate which give a low output
if either, but not both, of its two inputs are high.
The NAND and NOR gates are called universal gates because
they can perform the operations of all basic logic gates such as AND, OR and
NOT gates.
This simulation can also be done in labVIEW . The programs
which you create in labVIEW can also be used as standalone application. labVIEW
run time engine help us to use them without labview software.
What will you do if someone ask you to realize the logic gate
using IC’s, well you can perform all that you want using the logic gate IC’s I
would have made a separate post on that due to time shortage and it’s a boring
topic so I quit. But I can do one thing I can teach how to use wire them.
Download data sheet for more details.
AND gate
3 input AND gate
OR gate
NOT gate
NOR gate
IMAGE NOT AVAILABLE
NAND gate
EX-OR gate
This tutorial ends here the same content will be uploaded in
my youtube channel so don’t Forget to like share and subscribe.
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more updates.
LabView task:
1 - HALF ADDER USING LABVIEW BOOLEAN
DATA TYPE.
DATA TYPE.
2 - FULL ADDER USING LABVIEW
BOOLEAN
DATA TYPE.
DATA TYPE.
3 - RS FLIP-FLOP USING LABVIEW BOOLEAN
DATA TYPE.
DATA TYPE.
4 - JK FLIP-FLOP USING LABVIEW BOOLEAN
DATA TYPE.
DATA TYPE.
5 - GLOW FIVE LED'S WITH DIFFERENT COLOR
USE ONE BOOLEAN CONTROL.
USE ONE BOOLEAN CONTROL.
labVIEW logic gate Simulation
Don’t forget
to use my simulation programs.
AND
GATE
OR GATE
NOT GATE
EXCLUSIVE-OR GATE
NOT
EXCLUSIVE-OR GATE
NOR GATE
NAND GATE
