MM74HC4060SJX

[Counters, Dividers] onsemi MM74HC4060SJX Overview

The MM74HC4060SJX, manufactured by onsemi, is a highly efficient integrated circuit designed for counting and dividing signals in electronic systems. This 14-stage binary counter is housed in a compact 16-pin SOP package, making it suitable for various applications requiring precise signal processing and control.

With its advanced design and robust construction, the MM74HC4060SJX offers unparalleled performance and reliability, making it an ideal choice for industrial, commercial, and automotive applications.

Whether you're building sophisticated electronic devices or optimizing control systems, the MM74HC4060SJX provides the versatility and precision required for demanding applications.

MM74HC4060SJX Features

• 14-stage binary counter
• Compact 16-pin SOP package
• High-speed operation
• Wide supply voltage range
• Low power consumption
• High noise immunity
• Robust construction for reliable performance
• Designed for industrial, commercial, and automotive applications

MM74HC4060SJX Applications

• Frequency dividers: The MM74HC4060SJX is commonly used in frequency divider circuits to generate clock signals for microcontrollers, digital systems, and communication devices. Its precise counting capabilities ensure accurate frequency division, making it essential for systems requiring synchronized timing.
• Event counters: In industrial automation and control systems, the MM74HC4060SJX serves as a reliable event counter, capturing and processing pulse signals from sensors, encoders, and other input devices. Its high-speed operation and robust design make it suitable for applications requiring real-time monitoring and control.
• Frequency synthesizers: With its ability to divide input frequencies by various factors, the MM74HC4060SJX is an integral component of frequency synthesizer circuits used in RF communication systems, satellite receivers, and test equipment. It enables precise frequency synthesis and modulation, facilitating reliable communication and signal processing.