MC14024BCP, 7-Stage Ripple Counter, DIP-14

The MC14024BCP is a 7-stage ripple counter, designed for frequency division, event counting, and digital sequencing applications. It provides buffered outputs from each stage and features short propagation delays and high noise immunity, making it suitable for high-speed logic systems. Operating over a voltage range of 3V to 18V, the MC14024BCP ensures compatibility with various logic families while offering a maximum count rate of 8 MHz. The clock input is designed with hysteresis, ensuring stable operation even in noisy environments. The asynchronous reset allows immediate clearing of the counter state. With its DIP-14 package, the MC14024BCP is easy to integrate into breadboard circuits, through-hole PCB designs, and frequency division applications.

• 7-Stage Ripple Counter – Provides binary counting functionality with buffered outputs from each stage.
• Wide Voltage Range – Operates between 3V and 18V, making it compatible with different circuit designs​
• High-Speed Performance – Supports a maximum count rate of 8 MHz, making it ideal for high-frequency applications​
• Asynchronous Reset Function – Ensures immediate clearing of the counter for precise timing control.
• Noise-Immune Clock Input – Enhanced noise immunity due to hysteresis on the clock input, improving reliability.
• DIP-14 Package for Easy Integration – Through-hole mounting for convenient PCB prototyping and assembly.