Texas Instruments

CD54HC4060F3A

CD54HC4060F3A Description

The CD54HC4060F3A from Texas Instruments is a 14-stage binary ripple counter with an integrated oscillator, designed for high-speed CMOS logic applications. Operating within a 2V to 6V supply range, this device delivers robust performance with a 35 MHz count rate, making it suitable for precision timing and frequency division tasks. Its negative-edge triggering ensures reliable signal processing, while the asynchronous reset allows immediate counter initialization. Packaged in a through-hole tube, the CD54HC4060F3A is ROHS3 compliant and features a single-element design, offering simplicity and efficiency in circuit integration.

CD54HC4060F3A Features

• 14-bit binary counter with up-counting direction for versatile applications.
• High-speed operation at 35 MHz, ideal for time-critical systems.
• Wide voltage range (2V–6V), enabling compatibility with various logic levels.
• Negative-edge triggered for precise timing control.
• Asynchronous reset for immediate counter clearance.
• Through-hole mounting for robust mechanical stability in industrial environments.
• 54HC series reliability, ensuring low power consumption and noise immunity.
• Not moisture-sensitive (MSL: N/A), suitable for extended storage and harsh conditions.

CD54HC4060F3A Applications

The CD54HC4060F3A excels in:

• Frequency division in clock generation circuits.
• Timing modules for industrial automation and instrumentation.
• Digital counters in consumer electronics (e.g., appliances, LED displays).
• Pulse-width modulation (PWM) systems requiring precise interval control.
• Embedded systems where low-power, high-speed counting is critical.
  Its oscillator integration eliminates the need for external components, reducing board space and BOM costs in compact designs.

Conclusion of CD54HC4060F3A

The CD54HC4060F3A stands out for its high-speed performance, wide voltage tolerance, and integrated oscillator, making it a superior choice for timing and frequency division applications. Its asynchronous reset and robust through-hole package further enhance reliability in demanding environments. Engineers can leverage its 14-bit resolution and 35 MHz capability for precision-critical designs, ensuring efficiency and scalability across industrial, consumer, and embedded systems.