74HC4020 14-Stage Binary Ripple Counter IC DIP-16 (74HC4020 IC)

The 74HC4020 is a high-speed CMOS 14-stage binary ripple counter IC designed for frequency division, event counting, timing circuits, clock generation, and digital control applications. It features an internal 14-stage counter chain that divides the input clock frequency into multiple binary outputs, making it ideal for embedded systems, industrial electronics, instrumentation, and digital logic circuits.

Built using high-speed CMOS technology, the 74HC4020 offers low power consumption, high noise immunity, and reliable operation across a wide voltage range.

Key Features -

• 14-stage binary ripple counter

• High-speed CMOS logic design

• Multiple frequency division outputs

• Asynchronous ripple counter operation

• Wide operating voltage range

• Low power consumption

• DIP-16 through-hole package

Specifications -

• Product type - Binary Counter IC

• Model - 74HC4020

• Logic family - High-Speed CMOS (HC)

• Counter type - 14-Stage Binary Ripple Counter

• Number of stages - 14

• Clock input - Single Clock Input

• Reset function - Master Reset Input

• Operating voltage - 2V to 6V DC

• Package type - DIP-16

• Mounting type - Through Hole Mount

Applications -

• Frequency divider circuits

• Event counting systems

• Digital timers

• Clock generation circuits

• Industrial control equipment

• Embedded systems

• Digital logic projects