HEF4060BT SMD IC COUNTER CD4060 4060 SOIC16 Nexperia HEF4060BT- SOIC-16

Product Overview:

A monolithic 14-stage ripple-carry binary counter, divider, and oscillator integrated circuit designed for flexible, low-power timing and frequency division applications. It incorporates an on-chip oscillator stage that can be configured with either external RC or crystal components, or driven directly by an external clock source. The counter stages advance sequentially on the high-to-low transition of the clock input, and an overriding asynchronous master reset is included to instantaneously clear all counter stages independently of other input conditions.

Core Specifications:

Manufacturer: Nexperia

Package Type: Standard 16-pin SOIC and TSSOP configurations

Function: 14-Stage Ripple-Carry Binary Counter/Divider and Oscillator

Input Channels: 1 Clock/Oscillator Input (RS) and 1 Master Reset Input (MR)

Control Interface: 10 Buffered Parallel Binary Outputs (Q3 through Q9 and Q11 through Q13), alongside 2 Oscillator Connection Terminals (REXT and CEXT)

Features

• Highly Adaptable On-Chip Oscillator: Features three dedicated oscillator terminals (RS, REXT, CEXT) supporting custom RC or high-stability crystal circuit designs.

• Wide Supply Voltage Compatibility: Operates reliably across a flexible direct current supply voltage range spanning from 3.0V up to 15.0V.

• Comprehensive Parametric Testing: Fully specified and standardized for predictable performance across 5V, 10V, and 15V system operating platforms.

• High Input Noise Immunity: Built using a high-performance CMOS architecture that guarantees robust signal tracking and low static power dissipation.

• Slow Edge Rate Tolerance: Tolerant of slow clock rise and fall times, permitting smooth operation with imperfect or degraded input waveforms.

• Overriding Asynchronous Reset: A high logic level on the master reset pin immediately clears all internal stages and forces all ten output lines low.

• Integrated Static Input Protection: Inputs include internal clamp diodes, allowing the safe use of current-limiting resistors to interface with signal lines that exceed the supply voltage.

Applications

• Precision Electronic Time Delay Circuits: Generates ultra-long, predictable time delays from a higher-frequency base oscillator clock.

• Fixed-Ratio Frequency Division Networks: Devotes independent buffered outputs to divide master system clock lines down into lower binary sub-frequencies.

• Astable and Monostable Multivibrators: Forms the heart of industrial tone generators, clock pulse distribution blocks, and flash controllers.

• Industrial Control and Counting Subsystems: Tracks and divides pulse signals coming from environmental sensors, rotation indicators, and flow meters.