MC14521BCP 24-Stage Frequency Divider DIP-16 IC

# MC14521BCP Frequency Divider IC

The **MC14521BCP Frequency Divider IC** is a CMOS integrated circuit designed to perform frequency division and timing functions in digital electronic systems. Many engineers use the **MC14521BCP Frequency Divider IC** in digital clock circuits, timing generators, and signal processing applications because it provides reliable frequency division and stable digital operation.

Modern digital systems often require precise timing control and frequency division. Therefore, this IC helps designers generate lower frequency signals from higher frequency clock inputs. In addition, the compact DIP-16 package makes the device suitable for through-hole circuit boards and electronic prototyping.

## Technical Overview of MC14521BCP Frequency Divider IC

The **MC14521BCP Frequency Divider IC** is a 24-stage binary ripple counter that divides input frequencies into lower output frequencies through sequential digital counting stages. This allows engineers to generate accurate timing intervals and clock signals for digital circuits.

Because the IC is built using CMOS technology, it provides low power consumption and reliable performance. As a result, the device is commonly used in battery-powered electronics, digital timers, and control systems.

## Key Features

24-stage binary ripple counter
Reliable frequency division functionality
Low power CMOS technology
DIP-16 package for through-hole mounting
Suitable for timing and digital clock circuits

## Specifications

IC Model: MC14521BCP
Device Type: Frequency Divider / Binary Counter
Counter Stages: 24 Stages
Package Type: DIP-16
Technology: CMOS
Application: Timing and Frequency Division Circuits

## Applications

Engineers use the **MC14521BCP Frequency Divider IC** in digital clocks, timing generators, frequency divider circuits, and embedded electronic systems that require stable timing signals.

You can also explore our **Digital ICs** collection for more semiconductor components.

## External Reference

Datasheet and technical information
https://www.onsemi.com