AED 6.30
Description
The CMOS logic gate NAND 74HC00N (Quadruple 2-Input Positive-NAND Gate). It is a 14-pin package with four individual NAND gates. We can build an SR Flip Flop Circuit with four NAND gates using the SN74HC00N. The IC power source has a MAXIMUM voltage of 6V.
Specifications:
- Dual Input NAND Gate - Quad Package
- Typical Operating Voltage: 5V
- Operating Voltage Range: -0.5V to 7V
- DC input current: ±20mA
- Minimum logic Low voltage @+5V: 1.35V
- Minimum Logic High voltage @+5V: 3.15V
- Propagation Delay @5V: 28ns (maximum)
- Available in 14-pin PDIP, GDIP, and PDSO packages
Datasheet of the IC: Click Here
Pinout of the IC:
Pin Number |
Pin Name |
Description |
1,4,11,14 |
NAND Gate Input pin (A) |
First Input pin for the NAND gate |
2,5,12,15 |
NAND Gate Input pin (B) |
Second Input pin for the NAND gate |
3,4,12,13 |
NAND Gate Output pin (Q) |
Output pin for the OR gate |
7 |
Ground |
Connect to the ground of the circuit. |
16 |
Vcc (Vdd) |
Used to power the IC. Typically +5V is used |
Truth Table of the IC:
Input1 |
Input2 |
AND Output |
NAND Output |
LOW |
LOW |
LOW |
HIGH |
HIGH |
LOW |
LOW |
HIGH |
LOW |
HIGH |
LOW |
HIGH |
HIGH |
HIGH |
HIGH |
LOW |
The 74HC00N Applications:
The 74HC00 is primarily used to perform NAND functions. The IC contains four NAND gates, each of which can be used independently. When a logic inverter is required, the NAND gates in this chip can be reconfigured to become NOT gates. So, if necessary, we can make the 74HC00 a four NOT gate chip.
When high-speed NAND operation is required. This chip has shorter transition times, which is necessary for high-speed applications. As a result, the 74HC00 can be used in high-frequency systems. The 74HC00 is a low-cost integrated circuit. It is extremely popular and widely available.
Package Includes:
1 x 74HC00 IC