Product details
SmartElex 74HC595 Shift Register Breakout Module
The SmartElex 74HC595 Shift Register Breakout Module is a practical solution for expanding digital outputs while using minimal microcontroller pins. This shift register board uses the SOIC version of the 74HC595 IC to clock serial data and latch it into stable parallel outputs, making it perfect for LED control, motor drivers, and other digital applications.
With all pins of the 74HC595 IC breakout accessible through standard 0.1″ headers, integration into breadboards or PCBs is simple. The thoughtfully placed Serial In and Serial Out pins allow easy cascading of multiple boards, enabling scalable I/O expansion without complex wiring.
Features:
• The 74HC595 Shift Register IC allows for easy extension of I/O pins on microcontrollers.
• Data Clocking and Latching: Effectively handle multiple outputs with little I/O use.
• Standard 0.1" headers provide easy integration with access to all pins.
• Chaining Capability: The serial in and out pins allow many boards to be connected together.
• Compact Design: A plan that saves space and is suitable for a variety of applications.
• Versatile Applications: Suitable for controlling LEDs, motors, and other devices.
The SmartElex 74HC595 Shift Register Breakout Module is a practical solution for expanding digital outputs while using minimal microcontroller pins. This shift register board uses the SOIC version of the 74HC595 IC to clock serial data and latch it into stable parallel outputs, making it perfect for LED control, motor drivers, and other digital applications.
With all pins of the 74HC595 IC breakout accessible through standard 0.1″ headers, integration into breadboards or PCBs is simple. The thoughtfully placed Serial In and Serial Out pins allow easy cascading of multiple boards, enabling scalable I/O expansion without complex wiring.
Features:
• The 74HC595 Shift Register IC allows for easy extension of I/O pins on microcontrollers.
• Data Clocking and Latching: Effectively handle multiple outputs with little I/O use.
• Standard 0.1" headers provide easy integration with access to all pins.
• Chaining Capability: The serial in and out pins allow many boards to be connected together.
• Compact Design: A plan that saves space and is suitable for a variety of applications.
• Versatile Applications: Suitable for controlling LEDs, motors, and other devices.
