CD40110 DIP CMOS Decade Up-Down Counter/Latch/Display Driver

Product Description: CD40110 DIP CMOS Decade Up-Down Counter/Latch/Display Driver

The CD40110 DIP CMOS Decade Up-Down Counter/Latch/Display Driver is a versatile and highly reliable integrated circuit designed for use in a wide range of digital counting and display applications. This device combines a decade counter, up/down counting capabilities, a latch, and a display driver, making it an excellent choice for digital circuits that require counting and display functionalities. With its CMOS technology, the CD40110 provides low power consumption while delivering precise and stable performance. It can count in both directions (up and down) and drive displays such as 7-segment LEDs, providing seamless integration into projects like digital clocks, frequency counters, and other digital measurement systems. The CD40110 is ideal for use in applications requiring counting, latching, and display driving in a single, space-efficient package.

Features:

• Decade up-down counter with latch and display driver
• CMOS technology for low power consumption
• Can drive 7-segment LEDs or other displays directly
• Up and down counting capability for versatile applications
• Compatible with both positive and negative edge triggering
• Easily integrates with other digital circuits
• Wide operating voltage range for flexibility in different environments
• Available in a durable DIP (Dual Inline Package) form factor for easy mounting

Applications:

• Digital clocks and timers
• Frequency counters and dividers
• Digital displays (7-segment LED, LCD, etc.)
• Up/down counting circuits in measurement systems
• Digital volume control systems
• Microcontroller interfacing for display and counting functions
• Control systems requiring a decade counter and display functionality
• Event counting and monitoring applications

Package Included:
1 x CD40110 DIP CMOS Decade Up-Down Counter/Latch/Display Driver
Please note that the product image is for illustrative purposes only. The actual product may vary slightly in appearance.