4060 IC Oscillator Binary Counter Frequency Divider DIP-16

4060 IC Oscillator Binary Counter Frequency Divider DIP-16

The 4060 IC Oscillator Binary Counter Frequency Divider DIP-16 is a CMOS-based oscillator and 14-stage binary counter/frequency divider, housed in a DIP-16 package. It integrates an internal oscillator circuit with a ripple-carry binary counter, allowing it to generate precise time delays and divide input frequencies by large factors. The oscillator is easily configured using external resistors and a capacitor, eliminating the need for an external clock source. Its multiple output pins provide access to different division stages, making it ideal for use in timers, clocks, waveform generators, and other timing-related applications. Operating over a wide voltage range (3V to 15V), the 4060 IC is known for its reliability, low power consumption, and compatibility with TTL and CMOS logic levels.

Features

• Schmitt Triggered Inputs The CD4060 comes equipped with Schmitt triggered inputs, which excel at managing rise and fall times effectively.
• Fully Static Operation This component operates on a fully static basis and incorporates buffered inputs and outputs.
• Counting Range Offers a range up to 16383 in decimal, making it capable of handling various counting and timing tasks.
• Maximum Clock Frequency Articulates a maximum of 30MHz at 15V, a commendable specification for a medium-speed device.
• Medium Speed Operation With an operating speed of 8MHz at a 10V supply, this device achieves a harmonious balance between performance and power consumption.
• TTL Compatibility The CD4060 stands out with its pin compatibility with TTL series devices.
• Reset Propagation Delay Featuring a reset propagation delay of 25ns at 5V, the CD4060 can reset swiftly, a trait invaluable for applications demanding rapid state changes or exact timing control.
• RC Oscillator Frequency Range The CD4060 supports an RC oscillator with a minimum frequency of 690kHz at 15V. This provision allows for the internal generation of stable and precise clock signals, even in situations where an external clock source is impractical.

Pinout

Specifications

Applications

• Timing Applications
  • The CD4060 finds extensive use in timers and time delay circuits, catering to the need for generating prolonged delays. Its ability to deliver precise and stable time delays establishes its suitability for applications demanding exact timing control, such as automatic lighting systems and delayed power-off mechanisms. By adjusting the external resistor and capacitor values, you can customize the delay period to align with their specific requirements, showcasing the device’s adaptability.
• Frequency Dividing and Signal Generation
  • In frequency dividing applications, the CD4060 is a popular choice for its capability to divide an input signal’s frequency by factors dictated by its internal binary counter stages. This characteristic proves indispensable in digital clock systems where unwavering and trustworthy timekeeping is needed. For instance, in a digital watch, the CD4060 ensures accurate timing by converting the high-frequency clock signal into more manageable lower frequencies.
• Counting Systems
  • With an integrated counter, the CD4060 becomes a vital asset in numerous counting circuits. It is often utilized in event counters, demonstrating its ability to meticulously track events, such as products passing on a conveyor belt. This practical application highlights the device’s significance in automation and process control systems, enhancing both operational efficiency and precision.
• Oscillator Applications
  • The CD4060 also shines in oscillator applications, adding a valuable dimension to its utility. When configured correctly, it can generate essential clock pulses for various digital circuits. Its deployment in microcontroller clock circuits guarantees consistent performance, as stable clock inputs are critical for accurate data processing.

Package Contents

• 1 X  4060 IC Oscillator Binary Counter frequency divider DIP-16

Datasheet