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ON Semiconductor/Fairchild MC14013BCP CD4013BE CD4013B CD4013 CMOS Dual D-Type Flip Flop DIP-14 Breadboard-Friendly (Pack of 3)
The ON Semiconductor MC14013 device is the perfect solution for independent flip-flop applications with versatile functionality and reliable performance.
ON Semiconductor/Fairchild MC14013BCP CD4013BE CD4013B CD4013 CMOS Dual D-Type Flip Flop DIP-14 Breadboard-Friendly (Pack of 3)
Item #: 86932536

ON Semiconductor/Fairchild MC14013BCP CD4013BE CD4013B CD4013 CMOS Dual D-Type Flip Flop DIP-14 Breadboard-Friendly (Pack of 3)

Item #: 86932536

AUD 30

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The ON Semiconductor MC14013 device is the perfect solution for independent flip-flop applications with versatile functionality and reliable performance.
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What Stands Out

Dual D-Type Flip Flop
This product offers two D-type flip flops in one package, providing versatile functionality for sequential logic designs, enhancing circuit design flexibility for engineers and hobbyists alike.
Breadboard-Friendly
Designed in a DIP-14 package, these flip flops are easy to integrate into breadboards, making prototyping and experimenting with designs quick and hassle-free for users.
Quality Components
Manufactured by ON Semiconductor, this product ensures reliability and long-lasting performance, which meets the demands of both professional projects and educational applications.

Product Details

Shop ON Semiconductor/Fairchild MC14013BCP CD4013BE CD4013B CD4013 CMOS Dual D-Type Flip Flop DIP-14 Breadboard-Friendly (Pack of 3) online at a best price in Australia. B098RFJNV9
Item Weight0.02 lbs (10 grams)

Who Should Buy?

Suitable For
  • Electronics Students

    Ideal for students learning digital electronics and logic design using practical breadboarding techniques.

  • Hobbyist Projects

    Perfect for hobbyists building DIY electronics projects that require dual D-type flip-flops for memory functions.

  • Prototype Developers

    Useful for developers creating prototypes needing reliable flip-flop circuits in a compact and breadboard-friendly format.

Not Suitable For
  • High-Speed Applications

    Not suitable for applications requiring high-speed operation due to inherent propagation delays of CMOS technology.

  • Industrial Use

    May not meet the stringent reliability and durability requirements needed for industrial environments and applications.

  • Complex Logic Circuits

    Not ideal for complex logic circuits requiring more advanced or multiple logic gates beyond basic flip-flop functionality.

Product Description

ON Semiconductor/Fairchild MC14013BCP CD4013BE CD4013B CD4013 CMOS Dual D-Type Flip Flop DIP-14 Breadboard-Friendly (Pack of 3)

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Customer Questions & Answers

  • Question: What is the purpose of the ON Semiconductor/Fairchild MC14013BCP Dual D-Type Flip Flops?

    Answer: The ON Semiconductor/Fairchild MC14013BCP Dual D-Type Flip Flops are used for data storage in digital circuits. They are particularly efficient in applications requiring sequential logic, such as memory devices and counters. Each flip flop can store one bit of data and can be implemented in various configurations for state machines or registers, making them versatile in design. For instance, in a digital clock project, you might use these flip flops to store and manage time signals.
  • Question: How can I integrate the CD4013BE into my breadboard circuit?

    Answer: Integrating the CD4013BE into a breadboard is straightforward due to its DIP-14 package, which fits perfectly into a standard breadboard. Simply insert the chip, ensuring correct orientation with the notch aligned to the breadboard's edge. Each flip flop has dedicated pins for input, output, and control signals, making them suitable for building flip flop circuits or basic memory applications. For example, if you're creating a simple toggle switch circuit, these flip flops will allow you to store the on/off state efficiently.
  • Question: What are the key specifications of the CD4013 flip flop?

    Answer: The CD4013 flip flop operates with a supply voltage between 3V to 15V, features low power consumption, and can drive a load of up to 5mA. These specifications make it suitable for a wide range of battery-powered applications. The logic levels comply with standard CMOS, ensuring compatibility with most modern digital circuits. Additionally, its high noise immunity makes it robust for various environments, which is particularly useful in educational kits for teaching digital electronics.
  • Question: Can the CD4013 flip flop be used for synchronous counters?

    Answer: Yes, the CD4013 flip flop is excellent for building synchronous counters. By configuring two flip flops in tandem, you can create a binary counter that increments with each clock pulse. This structure ensures that all flip flops are clocked simultaneously, providing accurate and reliable counting behavior. For example, in a digital application where you need to count the number of events, integrating the CD4013 can streamline your design while ensuring precise results.
  • Question: What types of projects are ideal for using the MC14013BCP?

    Answer: The MC14013BCP is well-suited for various electronic projects, including timers, frequency dividers, and state machines. These applications benefit from the flip flop’s ability to hold state and change output based on clock input. In educational environments, they are frequently used in lab projects to teach concepts of digital logic. For instance, in a basic electronics course, students can use these flip flops to demonstrate how data storage works in digital circuits.
  • Question: Is the power consumption of the CD4013 flip flop low?

    Answer: Yes, the CD4013 flip flop has low power consumption, typically in the microamp range when not switching. This makes it ideal for battery-operated devices and energy-efficient applications. Lower power consumption means extended battery life and reduced heat generation, which is crucial in compact electronic designs. For example, in portable electronic projects, using such efficient components can greatly prolong the functioning time of the device.
  • Question: What voltage levels does the CD4013 support?

    Answer: The CD4013 supports a wide voltage range from 3V to 15V. This flexibility allows it to be used in various digital applications, enabling compatibility with different voltage systems. Additionally, the ability to function across a range means you can directly integrate it into existing projects without needing to change power sources. For example, if you are working with a mixed-voltage project, the CD4013 can help maintain logic levels without additional components.
  • Question: What are the input and output characteristics of the CD4013?

    Answer: The CD4013 features high-impedance inputs and can accept a wide range of TTL and CMOS levels. The outputs are capable of driving standard loads, making them suitable for directly interfacing with LEDs, transistors, and other logic families. This means you can easily use it to control other components in your circuit. In practical terms, you can use the outputs to drive LEDs in a visual indicator project, which will illuminate based on the stored state of the flip flop.
  • Question: Where can I buy the ON Semiconductor/Fairchild MC14013BCP in Australia?

    Answer: You can purchase the ON Semiconductor/Fairchild MC14013BCP CD4013BE CD4013B CD4013 CMOS Dual D-Type Flip Flop DIP-14 (Pack of 3) on Ubuy. They offer a reliable platform with a wide selection of electronics and components, ensuring you can conveniently find and order the parts you need for your projects.

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