Description

10PCS SN74HC74N DIP 74HC74, DIP-14, SN74HC74N, SN74HC73N, SN74HC86N, SN74HC109N, SN74HC125N, SN74HC123N, 74HC86, 74HC86N, 74HC109, 74HC125

Product Description

Experience a comprehensive collection of essential electronic components with our 10-pack of SN74HC74N DIP integrated circuits.

This pack includes:

• 1 x SN74HC74N DIP: A high-performance 8-bit asynchronous serial-in/serial-out shift register.
• 1 x 74HC74 DIP: A versatile 8-bit asynchronous serial-in/serial-out shift register with inverting buffer.
• 1 x SN74HC74N: A high-performance 8-bit asynchronous serial-in/serial-out shift register.
• 1 x SN74HC74: A high-performance 8-bit asynchronous serial-in/serial-out shift register.
• 1 x SN74HC73N: A high-performance asynchronous serial-in/serial-out shift register.
• 1 x SN74HC86N: A high-performance asynchronous serial-in/serial-out shift register with inverting buffer.
• 1 x SN74HC109N: A high-performance asynchronous serial-in/serial-out shift register with inverting buffer.
• 1 x SN74HC125N: A high-performance asynchronous serial-in/serial-out shift register with inverting buffer.
• 1 x SN74HC123N: A high-performance asynchronous serial-in/serial-out shift register with inverting buffer.
• 1 x SN74HC86: A high-performance asynchronous serial-in/serial-out shift register with inverting buffer.

Experience a versatile and reliable collection of electronic components that are essential for a wide range of applications.

Each IC in this pack is packaged in a standard Dual In-line Package (DIP) with a pin count of 14.

Features:

• 8-bit asynchronous serial-in/serial-out shift register with inverting buffer.
• Supports various communication protocols, including Manchester, NRZ, and Manchester with inversion.
• Broad range of applications, including data processing, memory expansion, and serial communication.
• High-performance, low-power logic ICs with high-speed operation.
• Compatible with popular microcontroller systems and development boards.

Specifications:

SN74HC74N, SN74HC74D: The SN74HC74N and SN74HC74D are identical devices, offering the same specifications.

SN74HC86N, SN74HC86D: The SN74HC86N and SN74HC86D are identical devices, offering the same specifications.

SN74HC109N, SN74HC109D: The SN74HC109N and SN74HC109D are identical devices, offering the same specifications.

SN74HC125N, SN74HC125D: The SN74HC125N and SN74HC125D are identical devices, offering the same specifications.

SN74HC123N, SN74HC123D: The SN74HC123N and SN74HC123D are identical devices, offering the same specifications.

SN74HC125: These devices are compatible with the SN74HC125N and SN74HC125D, featuring the same specifications.

Experience Reliable and High-Performance Devices

These electronic components are designed for data processing, serial communication, and memory expansion applications.

Featuring low-power consumption and high-speed operation, these SN74HC series logic ICs are essential for building robust and efficient circuits in your projects.

Innovative Features

• 8-bit asynchronous serial-in/serial-out shift registers
• Compatible with popular microcontroller systems and development boards
• Low power consumption for energy-efficient projects
• High-speed operation for reliable data processing

Purchase Confidence

This package includes 10 identical devices, ensuring you have a comprehensive selection for your electronic projects.

All devices feature the same specifications, allowing you to choose the perfect component for your application.

Easy Integration

With a DIP-14 package, these integrated circuits are easy to integrate into your projects.

Ideal for interfacing with microcontrollers, these components are designed to simplify your circuit design.

Value Packaging

Our value pack offers a cost-effective solution for your project needs.

Save money and space with this convenient, 10-piece package.

Order Confidence

Our product is backed by a 100% satisfaction guarantee, ensuring your satisfaction with every purchase.

Get the most out of your projects with the versatile and reliable SN74HC series logic ICs.