CD4060BNSR AI Analysis:
Datasheet, Specs, Alternatives & ECAD

AI summary

CD4060BNSR product

CD4060BNSR

Counters

CMOS counterbinary divideroscillatorSOP-16timer

CD4060BNSR is a CMOS 14-stage binary counter/divider with an integrated RC or crystal oscillator interface. It is suited to timer, clock-divider, and delay functions where Q4 through Q14 divided outputs are useful.

Best for

  • Low-power timer circuits
  • Clock and frequency division
  • RC or crystal oscillator timing circuits

Avoid if

  • A synchronous counter is required
  • All 14 counter stages must be externally accessible
  • High-precision timing is required from an uncalibrated RC oscillator

Check before use

  • Use a 3 V to 18 V supply range for recommended operation
  • Verify the required clock rate against the 12 MHz maximum at 15 V
  • Check Q4-Q14 output selection and active-high reset behavior
  • Confirm SOP-16 package land pattern and assembly requirements

Key specifications

Counter stages
14-stage ripple-carry binary counter
Supply range
3 V to 18 V
Maximum clock rate
12 MHz at 15 V
Package
16-pin SOP (NS)

Compliance & Environment

RoHS
ROHS3 Compliant
REACH
-
MSL
Level-1-260C-UNLIM
ECCN
-
HTSUS
-

Application

Timers and delay circuitsFrequency divisionControl counters

CAD Models

Download ECAD models for CD4060BNSR: KiCad symbol & footprint, Altium footprint, PCB footprint, and 3D model.

EDA Symbol
Schematic symbol for your EDA tool
Get Files
PCB Footprint
Land pattern for PCB layout
Get Files
3D Model
STEP file for mechanical design
Get Files
KiCad Library
Verified KiCad 8 symbol, footprint, and 3D model
Generate library

Where to Buy

Real-time and catalog pricing from verified distributors

Alternative components

Alternatives are being enriched. Analyze this part in PartGenie for the latest matches.

Design and risk insights

Questions & answers

CD4060BNSR is a Texas Instruments CMOS device combining a 14-stage ripple-carry binary counter/divider with an oscillator section. It is supplied in a 16-pin SOP package and provides divided outputs Q4 through Q14.