CD5302 Digital Counter IC – 14-Pin DIP Package | High-Speed Counting Module

CD5302 Overview

The CD5302 is a versatile integrated circuit designed for timing, counting, and frequency division applications in industrial and consumer electronics. Its robust architecture supports precise digital signal processing, enabling accurate event counting and pulse generation. The device operates efficiently within a wide voltage range, ensuring reliable performance in diverse environments. With compact packaging and straightforward integration, it simplifies the design of control systems and timing circuits. Engineers and sourcing specialists can rely on this component for consistent timing accuracy and ease of implementation in complex electronic systems. For detailed procurement and technical support, visit IC Manufacturer.

CD5302 Technical Specifications

CD5302 Key Features

• Multiple Frequency Division Options: Provides four selectable output frequencies by dividing the input clock signal, allowing flexible timing configurations for customized applications.
• Wide Operating Voltage Range: Supports operation from 3 V to 15 V, enabling compatibility with various power supply standards and enhancing design versatility.
• Low Propagation Delay: Ensures fast response times with a typical propagation delay of 35 ns, critical for high-speed counting and timing circuits.
• Open Collector Outputs: Facilitates easy interfacing with other digital components and allows wired-AND logic connections, improving integration in complex systems.

CD5302 Advantages vs Typical Alternatives

This device offers a broader operating voltage range and lower propagation delay compared to typical frequency dividers, enhancing timing precision and flexibility. Its open collector outputs provide better integration options for mixed-signal environments. The compact 16-pin DIP package ensures easy implementation and reliable thermal performance, making it a preferred choice over alternative components with limited voltage tolerance or slower switching speeds.

Typical Applications

• Frequency division and timing circuits in industrial control systems, where precise clock signals are essential for synchronization and event counting.
• Pulse shaping and signal conditioning in communication equipment to ensure accurate data transmission and reception.
• Digital counters and timers in consumer electronics, offering stable and reliable event monitoring capabilities.
• Clock generation and waveform timing in embedded systems requiring multi-frequency output signals for diverse operational modes.

CD5302 Brand Info

The CD5302 is part of a well-established line of digital frequency divider ICs produced by a trusted semiconductor manufacturer. It embodies the company??s commitment to delivering high-performance, reliable, and cost-effective components for timing and counting applications. This product benefits from rigorous quality control and long-term availability, ensuring sustained support for industrial and commercial designs. Its legacy in timing solutions makes it a dependable choice for engineers seeking consistent performance in demanding environments.

FAQ

What is the maximum input frequency the CD5302 can handle?

The maximum input frequency for this device is typically 10 MHz, allowing it to process high-speed signals effectively in counting and frequency division applications.

Can the CD5302 operate at low voltages for battery-powered devices?

Yes, it supports a wide operating voltage range from 3 V to 15 V, making it suitable for battery-operated and low-voltage applications without compromising performance.

What kind of output does the CD5302 provide and why is it important?

The device features open collector outputs, which allow multiple outputs to be wired together for logical AND functions and simplify interfacing with various logic families and external circuits.

Is the CD5302 suitable for harsh industrial environments?

With an operating temperature range from -40??C to +85??C, this IC is capable of reliable performance across a wide range of industrial environmental conditions.

How does the CD5302 improve timing accuracy in digital circuits?

Its low propagation delay of approximately 35 ns ensures minimal timing error, facilitating precise synchronization and frequency division critical to accurate digital timing and counting applications.