CD5304 4-Bit Addressable Latch IC – DIP-16 Package

CD5304 Overview

The CD5304 is a four-bit binary counter designed for synchronous counting applications, offering precise timing control and reliable digital counting functionality. It features fully synchronous operation, ensuring glitch-free output transitions in digital systems. This device is optimized for use in frequency division, timing circuits, and digital event counting in industrial and communication equipment. Its compatibility with standard CMOS logic levels supports low power consumption and ease of integration into complex electronic designs. For engineers and sourcing specialists seeking dependable and efficient counting ICs, the CD5304 delivers consistent performance with straightforward implementation. For more detailed technical support and procurement options, visit IC Manufacturer.

CD5304 Technical Specifications

CD5304 Key Features

• Synchronous Counting: Ensures all output bits change simultaneously on clock pulses, eliminating timing errors in digital circuits.
• Wide Voltage Range: Supports 3 V to 15 V supply, enabling flexible deployment in various industrial and communication environments.
• Buffered CMOS Outputs: Provides strong drive capability and noise immunity for robust interfacing with other logic devices.
• Synchronous Reset Capability: Allows controlled resetting of the counter, improving design control in sequential logic applications.

CD5304 Advantages vs Typical Alternatives

Compared to typical asynchronous counters, this device offers superior timing accuracy due to its fully synchronous architecture. Its wide supply voltage range and low power dissipation make it highly adaptable and energy-efficient for industrial-grade applications. Buffered outputs improve signal integrity, which enhances overall system reliability and integration ease in complex digital circuits.

Typical Applications

• Frequency Division: Ideal for dividing input clock frequencies by 16, useful in timing and clock generation circuits requiring precise frequency scaling.
• Digital Event Counting: Suitable for counting pulses in measurement and control systems where accurate event tallies are necessary.
• Timing Control: Used in sequential timing circuits where predictable and synchronized counting is critical.
• Industrial Automation: Employable in programmable logic controllers and automation equipment requiring reliable binary counting functions.

CD5304 Brand Info

The CD5304 is a classic CMOS-based binary counter model widely recognized in the electronics industry for its dependable performance and ease of integration. Manufactured under stringent quality standards, it is part of a family of logic devices optimized for digital counting and timing applications. Its design reflects a balance between low power consumption and high-speed operation, catering to professional engineers and sourcing specialists who prioritize long-term system stability and efficiency.

FAQ

What type of counter is the CD5304 and how does it operate?

The device is a 4-bit synchronous binary counter, meaning it counts in binary and all bits update simultaneously on each clock pulse. This synchronous operation avoids glitches common in asynchronous counters, making it suitable for precise timing and counting applications.

What supply voltage range does this counter support?

It operates within a broad voltage range from 3 V up to 15 V, allowing it to function in various electronic systems, from low-voltage battery-powered devices to higher-voltage industrial environments.

Can the CD5304 outputs drive other logic devices directly?

Yes, it features buffered CMOS outputs that provide strong drive capabilities and good noise immunity, enabling direct interfacing with a wide range of digital logic families without additional buffering.

Is there a reset function available on this device?

Yes, it includes a synchronous reset input that allows the counter to be reset to zero synchronously with the clock, which simplifies control in sequential logic designs and system initialization.

What are the typical applications where this device is best suited?

This counter is commonly used in frequency division, timing circuits, digital event counting, and industrial automation systems where precise and reliable counting is critical. Its synchronous design and wide voltage range make it versatile for these uses.