CD40174BK

Flip Flops Harris Corporation CD40174BK Overview

The Harris Corporation CD40174BK CMOS Hex D-type Flip-Flop is an integral component designed for sophisticated digital systems. This device features six flip-flops with single-rail inputs, providing flexibility and stability in a variety of digital applications. Each flip-flop possesses a direct clear input, enabling efficient management and resetting of data. This makes the CD40174BK a reliable choice for developers and engineers looking to implement precise control in their digital circuits. Its CMOS technology ensures low power consumption while maintaining high-speed functionality, ideal for today's environmentally conscious, high-performance computing environments. The Flip Flops Harris Corporation CD40174BK is particularly suited for applications requiring a combination of compact design, robust performance, and high reliability.

CD40174BK Features

The CD40174BK Flip Flop by Harris Corporation is packed with features that make it a versatile and essential component in any digital circuit design. It includes six D-type flip-flops, each with individual clear inputs, ensuring precise control over data signals. The device operates over a wide voltage range and offers high noise immunity and low power consumption. Its fast switching capabilities make it suitable for high-speed operations, while its static operation enhances reliability and ease of use.

CD40174BK Applications

• Data Storage Devices: Utilizes the flip-flops for bit-by-bit data storage and retrieval, enhancing memory stability and access speed.
• Shift Registers: Integrates seamlessly into shift registers for data manipulation and signal processing, critical in telecommunications.
• Counters: Forms the backbone of digital counters used in consumer electronics and digital event management systems.
• Frequency Dividers: Essential in creating reliable and accurate frequency dividers, crucial for timing and clock management in embedded systems.
• Control Systems: Provides stable and responsive control logic for automation systems in industrial applications.