7437 Quad 2 Input NAND Buffer IC DIP-14

7437 Quad 2 Input
NAND Buffer
IC DIP-14

The 7437 Quad 2 Input NAND Buffer IC DIP-14 is a TTL logic device containing four independent 2-input NAND buffer gates designed for use in high-speed digital systems. Each gate provides buffered outputs for increased drive capability, making the device suitable for driving relatively low-impedance loads and interfacing between logic stages where higher fan-out is required. The IC is implemented using low-power Schottky technology, offering a balance of low power consumption and fast switching characteristics in comparison with standard TTL families.

Features:

Contains four independent 2-input NAND buffer gates.

Buffered outputs for increased drive capability.

High sink current of up to 24mA in low output state.

Compatible with TTL logic levels.

Low propagation delay for efficient signal processing.

Specifications:

Parameter

Value

Supply Voltage (Nominal)

5V

Operating Voltage Range

4.75to5.25V

High Level Input Voltage (Min)

2V

Low Level Input Voltage (Max)

0.8V

High Level Output Current (Max)

-1.2mA

Low Level Output Current (Max)

24mA

Operating Temperature Range

0to70C

Propagation Delay (Low to High)

18ns

Propagation Delay (High to Low)

21ns

Supply Current (Outputs High)

0.9mA

Supply Current (Outputs Low)

6mA

Pin Configuration:

Pin Number

Function

1

Input A1

2

Input B1

3

Output Y1

4

Input A2

5

Input B2

6

Output Y2

7

GND

8

Output Y3

9

Input B3

10

Input A3

11

Output Y4

12

Input B4

13

Input A4

14

VCC

Application:

Digital logic circuits requiring NAND operations.

Signal buffering in bus systems.

Interface between logic gates and higher-load devices.

Educational projects demonstrating Boolean logic.

Repair and restoration of vintage electronics.

Control systems in instrumentation.

Package Include:

1x
7437 Quad 2 Input NAND Buffer IC DIP-14.

Datasheet:

7437