Manufacturer Part Number
CD4026BE
Manufacturer
Texas Instruments
Introduction
The CD4026BE is a part of Texas Instruments' 4000B series, designed for counting applications in digital systems.
Product Features and Performance
Decade counter with decoder for 7-segment display output
Capable of operating in a stringent temperature range from -55°C to +125°C
Supports a wide voltage supply range from 3V to 18V
Includes an asynchronous reset feature
Synchronous timing for accurate counting
Positive edge trigger type for precise control
5 bits per element provides a broad counting range
Product Advantages
High count rate of up to 16 MHz allows for high-speed operations
Versatile power supply compatibility enhances adaptability in various circuit designs
Through-hole mounting offers robust physical connection for longevity and reliability
Direct driving capability for a 7-segment display simplifies design complexity
Key Technical Parameters
Count Rate: 16 MHz
Voltage - Supply: 3 V ~ 18 V
Operating Temperature: -55°C ~ 125°C
Number of Bits per Element: 5
Package / Case: 16-DIP
Quality and Safety Features
Compliance with high-temperature operational standards ensures durability and reliability.
Compatibility
Through its wide voltage supply range and high-temperature operation, it is compatible with a broad spectrum of digital systems and environments.
Application Areas
Consumer electronics
Automotive industries
Industrial controls
Educational electronics projects
Product Lifecycle
Status: Active
This product is currently active, indicating availability and continued manufacturer support with no immediate indication of nearing discontinuation.
Several Key Reasons to Choose This Product
Wide operational temperature range suitable for harsh environments
High count rate enables use in fast-paced applications
Versatile voltage supply range for ease of integration into various circuits
Direct 7-segment display compatibility reduces additional component requirements
Active product lifecycle status ensures ongoing support and availability