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Logic Gate NAND 74HC00N

Logic Gate NAND 74HC00N

The 74HC00 is a CMOS logic integrated circuit that contains four independent 2 input NAND gates in a single package. It belongs to the 74HC family of high-speed CMOS logic devices. This IC is widely used in digital electronics due to its flexibility low cost and reliable performance. The 74HC00 provides four NAND logic functions that can be used independently. NAND gates are considered universal logic gates because they can be combined to create any other logic function. Using the four internal NAND gates it is possible to build circuits such as SR flip flops logic inverters and control logic blocks.

Package Includes

  • 1 x 74HC00 quad 2 input NAND gate integrated circuit

NAND Logic Gate
6.30 AED 6.30 AED (Tax included)

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Features

  • Four independent 2 input NAND gates
  • High speed CMOS technology
  • Low power consumption
  • Universal logic gate functionality
  • Standard 14 pin package for easy integration
  • Suitable for high frequency digital applications

Specifications

  • Typical operating voltage 5V
  • Maximum supply voltage 6V
  • Operating voltage range from minus 0.5V to 7V
  • DC input current plus or minus 20 mA
  • Minimum logic low voltage at 5V is 1.35V
  • Minimum logic high voltage at 5V is 3.15V
  • Maximum propagation delay 28 ns at 5V

Pin Description

The 74HC00 is available in a standard 14 pin package. Each NAND gate includes two input pins and one output pin.

  • Input pins A and B receive logic signals for each NAND gate
  • Output pin provides the inverted AND logic result
  • Ground pin connects to circuit ground
  • VCC pin supplies the operating voltage

NAND Gate Logic Function

A NAND gate produces a low output only when both inputs are high. For all other input combinations the output remains high.

  • Input A low Input B low Output high
  • Input A high Input B low Output high
  • Input A low Input B high Output high
  • Input A high Input B high Output low

Applications

  • General purpose digital logic circuits
  • Logic inverters using tied inputs
  • SR flip flop and latch circuits
  • High speed digital systems
  • Educational and training projects