MC14049BDR2G - onsemi

Manufacturer Part Number

MC14049BDR2G

Manufacturer

onsemi

Introduction

Inverter IC from 4000B Series for logic-level conversion and signal inversion

Product Features and Performance

Six inverting circuits in one package

Supports a wide voltage supply range (3V to 18V)

Low quiescent current (max 4µA)

Able to provide output current of 10mA (high) and 40mA (low)

Compatible with various input logic levels

Fast propagation delay (60ns max at 15V with 50pF load)

Designed to operate over a broad temperature range (-55°C to 125°C)

Product Advantages

Multiple inverters increase design flexibility

Low power consumption suitable for battery-operated applications

Wide supply voltage range accommodates varied logic systems

Stable performance over an extended temperature range

High noise immunity

Key Technical Parameters

Logic Type: Inverter

Number of Circuits: 6

Voltage - Supply: 3V to 18V

Quiescent Current (Max): 4µA

Output Current High, Low: 10mA, 40mA

Input Logic Level - Low: 1.5V to 4V

Input Logic Level - High: 3.5V to 11V

Propagation Delay: 60ns at 15V, 50pF

Operating Temperature: -55°C to 125°C

Mounting Type: Surface Mount

Package: 16-SOIC

Quality and Safety Features

Built-in protection for prolonged life

Complies with industry-standard quality procedures

Operates reliably in harsh conditions

Compatibility

Compatible with CMOS, TTL logic levels

Works with various input signal types due to level tolerance

Application Areas

Digital electronics

Signal processing

Voltage level translation

Communication systems

Consumer electronics

Product Lifecycle

Product Status: Active

Not nearing discontinuation

Replacement and upgrade options available

Several Key Reasons to Choose This Product

High integration reduces PCB space requirements

Versatile power supply compatibility simplifies the system power design

Low power consumption optimizes system efficiency

Robust temperature range ensures reliability in rugged environments

Fast switch times aid in high-speed circuit design