The document discusses different types of digital logic gates. It describes logic gates as electronic circuits that either allow a signal to pass through or stop it, depending on the gate's type. The main gates covered are AND, OR, NOT, NAND, and NOR gates. Each gate is defined by its symbol, how it responds to different input combinations, and its truth table. The document also states that logic gates are commonly made using transistors or diodes and are core components of digital circuits.
2. DIGITAL LOGIC GATE
A logic gate is a digital circuit which eitherallow a signal to
pass through it or to stop it.
or
A logic gate is a idealized [or ] physicaly device
impelementing a bollean function, that is, it performsa logic
operation on one more binary input $ product a signal
binary output
Logic circuit include such devices as multiplexers,
resigsters , arithmatics logic unit [ALUs ] and computer
memory , all the way up through comlpete
Microproceser which way contain more than 100 milean
gate
3. How logic gate are made or designed or preapaerd
Most of the gates are mad using trensistor or diodes
4. TYPE OF LOGIC GATE
Mainly there are three basic gates
5. AND GATE
The AND gate is an electronic circuit that gives a high output (1)
only if all its inputs are high
SYMBOL
6. 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.
7. NOT GATE
The NOT gate is an electronic circuit that produces
an inverted version of the input at its output. It is
also known as an inverter
8. NAND GATE
This is a NOT-AND 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. The symbol is an
AND gate with a small circle on the output. The small
circle represents inversion
9. NOR GATE
This is a NOT-OR 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.The symbol is an OR
gate with a small circle on the output. The small circle
represents inversion.
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